Mustapha Amrani

Name:	Mustapha Amrani
Affiliation:	Isaac Newton Institute
E-mail:	(only provided to users who are logged into talks.cam)
Last login:	Fri Oct 26 14:47:02 +0000 2007

Public lists managed by Mustapha Amrani

Talks given by Mustapha Amrani

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Talks organised by Mustapha Amrani

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• Scaling limits of random planar maps and growth-fragmentations
• Liouville Quantum gravity on Riemann surfaces
• Parabolic and Hyperbolic Unimodular maps
• Squarings of rectangles
• The exact $k$-SAT threshold for large $k$
• Spectra of Sample Auto-Covariance Matrices
• Planar lattices do not recover from forest fires
• Pinning and disorder relevance for the lattice Gaussian free field
• Characterstic polynomials of random matrices and logarithmically correlated processes
• The uniform spanning forest of planar graphs
• Recurrence of planar graph limits
• Differential equations for colored maps
• A short introduction into multi-particle Anderson localization (a mini-course)
• Nesting statistics in the O(n) loop model on random lattices
• On classes of planar maps with $lpha$-orientations having geometric interpretations
• On the geometry of discrete and continuous random planar maps
• Looptrees
• Self-avoiding Walk and Connective Constant
• A hidden quantum group for pure partition functions of multiple SLEs
• Scaling limits of the uniform spanning tree
• Critical exponents in FK-weighted planar maps
• Scaling constants and the lazy peeling of infinite Boltzmann planar maps
• Blossoming trees and the scaling limit of maps
• Compact Brownian surfaces
• On the Generic Cantor Spectrum problem
• Non-linear generalisation of the May-Wigner instability transition (joint work with Yan Fyodorov)
• A short introduction into multi-particle Anderson localization (a mini-course)
• On the Homogeneity of the Spectrum for Quasi-Periodic Schroedinger Operators
• Homogeneous Spectrum for Limit-Periodic Operators
• Spectral packing dimension for 1-dimensional quasiperiodic Schrodinger operators
• The isospectral torus of quasi-periodic Schrodinger operators via periodic approximations
• The Fibonacci Hamiltonian
• Anderson transition at 2D growth-rate for the Anderson model on antitrees with normalized edge weights
• Ergodic properties and localization for Delone-Anderson models
• On gaps and bands of quasi-periodic operators
• Wegner estimates for deformed Gaussian ensembles
• Microlocal properties of scattering matrices
• High energy asymptotics of the integrated density of states of almost periodic pseudo-differential operators
• Spectral Properties of Schroedinger Operator with a Quasi-periodic Potential in Dimension Two
• Recurrent random walks in random and quasi-periodic environments on a strip
• Dynamics of two quasi-periodically perturbed systems
• Measure of the spectrum of the extended Harper's model
• Lyapunov exponents of quasi-periodic cocycles
• Semi-classical analysis of non-self-adjoint transfer operators
• Dry Ten Martini Problem in Non-Critical Case
• Continuity of Lyapunov Exponents via Large Deviations
• Jacobi Matrices and Central Limit Theorems in Random Matrix Theory
• On the gaps in the spectrum of the periodic Maxwell operator
• Maryland equation, renormalization formulas and mimimal meromorphic solutions to difference equations
• Operator error estimates for homogenization of elliptic systems with periodic coefficients
• Two-scale 'micro-resonant' homogenisation of periodic (and some ergodic) problems
• Kinetic transport in crystals and quasicrystals
• Chambers formulas and semiclassical analysis for generalized Harper's butterflies
• Periodic spectral problem for the massless Dirac operator
• Some connections between Weyl-Titchmarsh theory, oscillation theory, and density of states
• Surface waves and scattering by unbounded obstacles
• On Level Spacings for Jacobi Operators
• Spectral statistics of Bernoulli matrix ensembles - a random walk approach
• Diophantine properties and the spectral theory of explicit quasiperiodic models
• Entanglement in the disordered XY spin chain and open problems for random block operators
• A Wegner estimate and localisation for alloy-type models with sign-changing exponentially decaying single-site potentials
• Uncertainty relations and Wegner estimates for random breather potentials
• Index theory on end-periodic manifolds
• Maxima of logarithmically correlated fields
• Scale-free percolation
• On the complex cascade and the complex branching Brownian motion
• Branching processes with competition by pruning of Levy trees
• Genealogies with recombination in spatial population genetics
• Rigorous results for a population model with selection
• Branching Brownian motion, the Brownian net and selection in spatially structured populations
• Local graph coloring
• Small-particle limits in a regularized Laplacian random growth model
• Eigenvalue statistics for a class of non-self-adjoint operators under random perturbations
• Delocalization of two-dimensional random surfaces with hard-core constraints
• The Compulsive Gambler process
• A line-breaking construction of the stable trees
• Google maps and improper Poisson line processes
• Random trees constructed by aggregation
• Compensated Fragmentations
• Uncertainty principles and spectral analysis of Schroedinger operators
• The string density problem and the Camassa-Holm equation
• Resolvent estimates for high-contrast elliptic problems with periodic coefficients
• Negative eigenvalues of two-dimensional Schroedinger operators
• On the minimax principle for eigenvalues of Dirac operator with Coulombic singularities
• Accumulation of complex eigenvalues for a class of indefinite Sturm-Liouville operators
• Exponential dynamical localization in N-particle Anderson models on graphs with long-range interaction via Fractional Moment Analysis
• Entanglement entropy of free fermions
• Schrodinger or Pauli operators with self-generated magnetic fields
• The point scatterer: a survey
• The dynamic phi^4 model in the plane
• Discrete spectrum of Schroedinger operators with oscillating decaying potentials
• Scaling limits of critical Ising correlation functions in planar domains
• Geodesics in Brownian surfaces
• Generalized Multifractality of Whole-Plane SLE
• GFF with SLE and KPZ
• From the critical Ising model to spanning trees
• Almost sure multifractal spectrum of SLE
• SLE correlations and singular vectors
• Conformal invariance of boundary touching loops of FK Ising model
• tba
• Liouville Quantum Gravity on the Riemann sphere
• Aperiodic hierarchical conformal tilings: random at the ends?
• Random Planar Maps 7
• Schramm-Loewner Evolution 7
• Discrete Lattice Models 6
• Gaussian Multiplicative Chaos 7
• Gaussian Free Field 7
• Discrete Lattice Models 5
• Gaussian Multiplicative Chaos 6
• Random Planar Maps 6
• Schramm-Loewner Evolution 6
• Gaussian Multiplicative Chaos 6
• Gaussian Multiplicative Chaos 5
• Random Planar Maps 5
• Schramm-Loewner Evolution 5
• Discrete Lattice Models 4
• Gaussian Free Field 5
• Gaussian Multiplicative Chaos 4
• Gaussian Multiplicative Chaos 3
• Schramm-Loewner Evolution 4
• Discrete Lattice Models 3
• Gaussian Multiplicative Chaos 2
• Gaussian Free Field 4
• Gaussian Multiplicative Chaos 1
• Discrete Lattice Models 2
• Discrete Lattice Models 1
• Random Planar Maps 4
• Gaussian Free Field 3
• Schramm-Loewner Evolution 3
• Periodic operators: the method of gauge transform VI
• Periodic operators: the method of gauge transform V
• Orthogonal polynomials VIII
• Orthogonal polynomials VII
• Killip-Simon problem and Jacobi flow on GSMP matrices
• Schramm-Loewner Evolution 2
• Random Planar Maps 3
• Gaussian Free Field 2
• Random Planar Maps 2
• Schramm-Loewner Evolution 1
• Orthogonal polynomials VI
• Orthogonal polynomials V
• Periodic operators: the method of gauge transform IV
• Periodic operators: the method of gauge transform III
• Periodic operators: the method of gauge transform II
• Random Planar Maps 1
• Gaussian Free Field 1
• Random operators: multiscale analysis VIII
• Random operators: multiscale analysis VII
• Periodic operators: the method of gauge transform I
• Random operators: many body problems VI
• Random operators: many body problems V
• Random operators: many body problems IV
• Introduction to periodic operators VI
• Random operators: multiscale analysis VI
• Random operators: multiscale analysis V
• Random operators: many body problems III
• Random operators: many body problems II
• Random operators: many body problems I
• Introduction to periodic operators V
• Random operators: multiscale analysis IV
• Random operators: multiscale analysis III
• Introduction to periodic operators IV
• Introduction to periodic operators III
• General spectral properties of ergodic operators III
• General spectral properties of ergodic operators II
• Orthogonal polynomials II
• Orthogonal polynomials I
• Random operators: multiscale analysis II
• Random operators: multiscale analysis I
• Introduction to periodic operators II
• Introduction to periodic operators I
• General spectral properties of ergodic operators I
• Networks, subnetworks and macroprudential capital requirements
• Do U.S. Financial Regulators Listen to the Public? Testing the Regulatory Process with the RegRank algorithm
• Geometry of Defaults
• Financial Sector Health Since 2007: A Comparative Analysis of the United States, Europe and Asia
• Static Models of Central Counterparty Risk
• Information Management in Banking Crises
• Illiquidty Component of Credit Risk
• Regulating the financial network: the agenda for structural reform
• Taking uncertainty seriously: simplicity versus complexity in financial regulation
• Financial intermediaries in the theory of money
• Capital Regulation in a Macroeconomic Model with Three Layers of Default
• Opitmal Capital requirements over the Business and Financial Cycles
• How does macroprudential regulation change bank credit supply?
• Bank Networks: Contagion, Systemic Risk and Prudential Policy
• Tail Risk, Capital Requirements and the Internal Agency Problem in Banks
• A Systemic Indicator for the Size of Shadow Banking
• Intermediary Leverage Cycles and Financial Stability
• Endogenous network topology in the interbank lending market
• Financial Innovation and Backward Stochastic Difference Equations
• Rothschild Distinguished Visiting Fellow Lecture: Admitting Uncertainty: On the Role of Probability in Finance
• Bank Runs, Deposit Insurance, and Liquidity: II
• Harnessing the Wonders of the Microbial World to Solve Environmental Problems
• Microbial Dysbiosis - A Personal Care Perspective
• Industrialisation of a Biotech Process - a Multidisciplinary Approach
• Innovation and Technology Transfer in Anaerobic Digestion
• Mathematical Computational Approaches to Understanding Microbial Communities
• Revealing information - or not - in financial trading
• Plenary Lecture 16: Managing microbial communities in anaerobic membrane bioreactors
• Plenary Lecture 15: Can bioenergetics tell us more about microbial ecosystems activity than community identity?
• Plenary Lecture 14: Ecosystems Biology: from data to control of microbial communities
• Contributed Talk 5: Numerical Continuation of Equilibria of Cell Population Models with Internal Cell Cycle
• Contributed Talk 4: Optimization-based tools for bacterial ecology design
• Plenary Lecture 13: Variability and Alternative Community States in Microbial Communities
• Plenary Lecture 12: The paradox of nitrification in acid soils and lessons for microbial community ecology
• Contributed Talk 3: Flux analysis in microbial ecosystems
• Plenary Lecture 11: The good the bad and the irrelevant. Sequential analyses of the sputum microbiome in patients with Chronic Obstructive Pulmonary Disease
• Plenary Lecture 10: tba
• Plenary Lecture 8: Towards a predictive framework for microbial community dynamics in drinking water systems
• Plenary Lecture 7: Lignocellulose degradation by enriched microbial consortia from cow rumen and termite gut
• Plenary Lecture 6: Metabolic conflicts drive multi-scale organization of microbial activities
• Plenary Lecture 5: Engineering microbial community architecture to set community metabolism
• Plenary Lecture 3: Bacterial interactions in synthetic communities and in the wild
• Plenary Lecture 2: Cooperation and competition in microbial communities
• Scenario Sets, Risk Measures and Stress Testing Part 2: Implementation
• Plenary Lecture 1: Engineering syntrophic exchange in synthetic microbial communities
• Scenario Sets, Risk Measures and Stress Testing Part 1: Theory
• Spiralling patterns in models inspired by bacterial games with cyclic competition
• Systemic Risk in Ecological and Financial Systems: Early Warnings?
• Systemic Risk in Ecological and Financial Systems: Early Warnings?
• Life at High Reynolds Number
• Instabilities in economic network models: Is perfect rationality dynamically stable?
• Option Replication and Valuation in Illiquid Markets
• Sexual signals between yeast cells
• Bank Runs, Deposit Insurance, and Liquidity: I
• Modelling Macro Ecological Patterns: Neutral Theory and Beyond
• Omics approaches reveal how chemistry governs the biology of cystic fibrosis lung infections
• Why are there so few microbial species?
• How microbial communities drove the evolution of the genetic code more than 3.8 billion years ago
• Controlling chaos in population models
• The dynamics of the leverage cycle
• Interaction driven spatial patterning in microbial communities
• Energetic feedback on chromatin state defines a system-wide reset point
• Epidemics in networks
• Trading in networks
• tba
• Standardisation of stoichiometric models: how and why
• Issues in Flux Balance Analysis
• tba
• Conflict in social networks
• Social coordination and social networks
• COMSOL tutorial
• Plenary Lecture 12: The causes and consequences of metabolic specialization
• Plenary Lecture 11: The evolution of groups and microbial collectives
• Contributed Talk 4: Understanding microbial networks driving nitrogen cycling in soil
• Plenary Lecture 10: Feedback between microevolution and community structure
• Plenary Lecture 9: tba
• Plenary Lecture 8: An Economic Framework of Microbial Trade
• Plenary Lecture 7: Spatio-temporal dynamics of microbial ecosystem metabolism
• Plenary Lecture 6: Ecology and the evolution of multicellularity
• Plenary Lecture 5: Neutral models on island chains: biodiversity measures, and the 'everything is everywhere' problem.
• Plenary Lecture 4: Modeling Ocean Viruses: From Infections to Ecosystems
• Plenary Lecture 3: Individual-level models, demographic stochasticity and spatio-temporal variations in microbial populations
• Contributed Talk 1: Structure and functions of the bacterial root microbiota in wild and domesticated barley
• Plenary Lecture 2: tba
• Plenary Lecture 1: Non-Equilibrium Dynamics in Ecological Communities
• UMC Discussion Session
• Mod-Phi Convergence: precise asymptotics and local limit theorems for dependent random variables: IV
• Plenary Lecture 8: Game theory for modelling microbial communities
• Mod-Phi Convergence: precise asymptotics and local limit theorems for dependent random variables: III
• Contributed Talk 7: Social evolution of toxic metal bioremediation in P.aeruginosa
• Plenary Lecture 7: Mathematics of social behavior
• Discussion Session: Different approaches to the modelling of microbial communities
• Contributed Talk 6: Carbon source-dependent metabolic costs of amino acid biosynthesis in Escherichia coli
• Contributed Talk 5: Successive range expansions of interacting microbial populations promote spatial diversity
• Contributed Talk 4: How the coexistence of specialist and generalist species is influenced by the size of environmental graining
• Contributed Talk 3: The role of metabolic and immunological competition in structuring pneumococcal populations and the effects of vaccination
• Plenary Lecture 5: Biogeochemical Reaction Modeling: Theory and Application
• Plenary Lecture 4: Biofilms, particularly Biofilm Models
• Plenary Lecture 3: Are simple models more general?
• Plenary Lecture 2: Theoretical principles of virus-host population dynamics
• Contributed Talk 2: Less is more: Selective advantages can explain the loss of biosynthetic functions in bacteria
• Contributed Talk 1: The Crabtree effect and its influences on fitness of yeast populations from natural isolates
• Plenary Lecture 1: Understanding bacterial communication and cooperation: combinatorial quorum-sensing
• Questions, Answers and Discussion
• Synthetic Data
• Differential Privacy
• TBA
• Discussion Session
• Privacy Preserving Probabilistic Record Linkage
• Efficient Modelling of Record Linked Data
• Discussion Session
• Challenges of Data Linkage and Anonymisation in Government: An Energy Statician's Perspective
• Review of Current Approaches for Medical/ Health Linked Data and Challenges
• Simple Macroeconomic Models with a Banking Sector: III
• Review of Current Approaches for Socio-Economic Linked Data and Challenges
• Research Council Perspective - Overview and Priorities
• Research Council Perspective - Overview and Priorities
• Introduction to the Topics
• Welcome and Introduction
• Large Bets and Stock Market Crashes
• Simple Macroeconomic Models with a Banking Sector: II
• Simple Macroeconomic Models with a Banking Sector: I
• The Evolution of Multicellularity
• Experimentally Quantifying Patterns in Microbial Eukaryote Populations
• Game-theoretical approaches in microbiology
• The Role of News in Commodity and Equity Markets
• Systemic Risk Modelling through SDEs in an Inhomogeneous Network
• Mean Field Games and Applications in Economics and Finance III
• Microbial communities and the structure-function twins
• TBA
• PhreeqC tutorial session
• Discussion
• Optimal transport, mean field games and gradient flows
• On a mean field model for knowledge growth
• Mean Field Games and Applications in Economics and Finance II
• Discussion
• Price dynamics in limit order markets: a multi-scale stochastic model and its hydrodynamic limit
• Discussion
• A kinetic theory view of mean field games and applications to economics
• Mean Field Games and Applications in Economics and Finance I
• Impacts of rising CO2 on harmful cyanobacterial blooms
• Predictability and Unpredictability in nutrient-cycling microbial ecosystems
• The construction and use of bacterial bioreporters
• Colorful niches of phototrophic microorganisms shaped by vibrations of the water molecule
• The Prospects for Global Financial Stability
• Conditional Quantiles and Tail Dependence
• Measuring and allocating systemic risk
• Monitoring systemic risk: indicators and data requirements
• System-wide risk and systemic importance: an incomplete review of metrics and data
• Networks of Common Asset Holdings: Aggregation and Measures of Vulnerability
• Fire sales, endogenous risk and price-mediated contagion
• Vulnerable Banks
• Quantifying contagion in funding markets: An application to stress-testing
• Measuring Systemic Illiquidity and Optimal Policy Options: A Dynamic Approach
• Liquidity spillovers in the German banking system
• Funding liquidity from a regulatory perspective
• The Euro interbank repo market
• Network Risk and Key Players: A Structural Analysis of Interbank Liquidity
• Assessing Measures of Order Flow Toxicity and Early Warning Signals for Market Turbulence
• Capital Adequacy, Pro-cyclicality and Systemic Risk
• Market diversity under Central Clearing
• Margining with Multiple Central Counterparties
• Systemic Risk and Centralized Clearing of OTC Derivatives: A Network Approach
• Systemic risk in derivatives markets: a pilot study using CDS data
• Filling in the Blanks: Network Structure and Interbank Contagion
• Bank Credit Risk Networks: Evidence from the Eurozone Crisis
• Systemic Risk, Macroprudential Supervision and Regulation
• Breakout Sessions - Exploring Research Areas and Connections:
• Overview of the UK Quantum Technologies Landscape
• SOLILOQUY - a Case Study
• Cyber Security Challenges for The Internet of Things
• Risks to Facilities and Industrial Control Systems
• Toward resolving the fine scale genetic structure of microbial populations: a metagenomic Hi-C approach
• Gaining Insights into the Uncultured Microbial World by Computational Metagenome Analysis
• Computational tools for the taxonomic analysis of shotgun metagenome samples
• Metagenome, metatranscriptome and single cell genome sequencing of biogas-producing microbial communities from production-scale biogas plants
• Mathematical Challenges in Quantum Algorithms - overview talk
• Post Quantum Cryptography - Widening the Search
• Review of May Workshop/Setting the Scene
• The true cost of OTC derivatives
• Plenary Lecture 17: Micro-scale biological interactions shape microbial community dynamics on marine particles
• Plenary Lecture 16: Collective Functionality Through Microbial Individuality
• Plenary Lecture 15: Geomicrobial kinetics: bridging the gap between laboratory and nature
• Plenary Lecture 14: Development and Evolution in Environmental Biofilms
• Contributed Talk 4: Metabolic Modelling in an Evolutionary Framework Predicts Phenotypic Diversification of E.coli growing on Glucose as the Single Carbon Source
• Plenary Lecture 13 (teleconference): tba
• Plenary Lecture 12: Determining the microbial population dynamics of anaerobic digestion using metagenomics
• Contributed Talk 3: A functional population model of fiber degradation by the human intestinal microbiota
• Plenary Lecture 10: Phylogeny and functionality in anaerobic microbial communities: making sense of metabolite outputs and population dynamics
• Plenary Lecture 9: Structure and functions of the bacterial phyllosphere microbiota
• Plenary Lecture 8: Algal-bacterial consortia and evolution of mutualism
• Contributed Talk 2: The Initiative for the Critical Assessment of Metagenome Interpretation (CAMI)
• Plenary Lecture 7: Numerical modelling, an interdisciplinary bridge in studying microbial biofilms
• Plenary Lecture 6: Mixed and Hierarchical Utilization of Carbon Substrates by Bacteria
• Contributed Talk 1: Computational models of spatial behaviour of microbial communities
• Plenary Lecture 5: Survival of the unfit - how demographic noise can create suboptimal species
• Plenary Lecture 4: Phage and Origins of the Immune System
• Plenary Lecture 2: Cancer-like overgrowths and genomic regulatory design in microbes
• Plenary Lecture 1: Contingency and convergence in microbial population dynamics
• Systemic risk in large claims insurance markets with bipartite graph structure
• Over the Counter Markets (2)
• Over the Counter Markets (1)
• On the (un)reasonable (in)effectiveness of mathematics in biology: Rothschild Distinguished Visiting Fellow Lecture
• Representing microbial communities in Earth system models
• Asset correlation and network fragility: How should we intervene?
• Metabolic interactions in microbial communities
• Systemic Risk: Models and Mechanisms
• How Likely is Contagion in Financial Networks?
• Control of interbank contagion under partial information
• A Network View on Interbank Liquidity
• Financial Networks and Contagion
• Efficiency and Stability of a Financial Architecture with Too-Interconnected-to-Fail Institutions
• Life on the edge - microbial evolution in the presence of drug gradients
• Modeling Financial Systemic Risk- the Network Effect and the Market Liquidity Effect
• Fire-Sale Spillovers and Systemic Risk
• Central Clearing of OTC derivatives
• Intermediation and Systemic Risk in the Repo Market
• Market Procyclicality and Systemic Risk
• Motifs in International Banking Networks
• Random Financial Networks and Locally Treelike Independence
• Intermediation and Voluntary Exposure to Counterparty Risk
• Government Guarantees and Financial Stability
• Financial Networks, Systemic Risk and Macroprudential Policy
• Intermediary Leverage Cycles and Financial Stability
• Catalytic origami: Genetic tools and strategies for assembling 3D bacterial consortia
• Dynamics of the Leverage Cycle
• Emergence of the EU Corporate Lending Network
• Why are Banks Highly Interconnected?
• Discussion
• Systemic risk through contagion in a core-periphery structured banking network
• Discussion
• The formation of a core periphery structure in heterogeneous financial networks
• Discussion
• Network structure and central clearing in the CDS market
• Chaos in biology: Experiments, implications and mathematical tools
• Cooperation, cheating and collapse in microbial populations
• Modelling Biochemical Pathways
• Modelling Biochemical Pathways
• Methanogenic Communities
• Methanogenic Communities
• Connecting quantum channels to measurement and feedback
• Quantum-enhanced quantum phase tracking and the Stochastic Heisenberg Limit
• System identification under limited access with minimal pre-knowledge
• Modulation of Water Waves
• Modulation of Water Waves
• Squeezing and cubic phase gates and the related technologies
• Dynamics of an oscillator bounded in energy by a Zeno-like effect
• Variational Water Waves: on Continuum and Discrete Modelling, and Experimental Validation
• Filtering noise in quantum systems
• Some Quantum Technology Challenges for Defence
• Quantum Technology: Supplying the Picks and Shovels
• Conformal Mapping and Complex Topography
• Quantum Technologies From Science to Innovation
• Conformal Mapping and Complex Topography
• Emerging Quantum Technologies
• Quantum Technologies Special Interest Group and Funding Opportunities
• Welcome and Introduction
• Nonlinear optomechanical measurement of mechanical motion
• Towards large-scale nonlinear photonic circuits
• Well Posedness and Singularities of Water Waves
• Robust Quantum Control for Quantum Information Systems
• Forward looking / open problems session continued
• QHDL Tutorial
• Quantum control of magnon modes in ferromagnet
• Preserving quantum coherence of spins in the presence of noises
• Quantum control of superconducting circuits
• Initial Value Problem and Vortex Sheets: Analysis and Computation
• Cross-Kerr non-linearities for quantum non-demolition measurement
• Transverse instability of generalised solitary waves
• Input-Output Device Modelling for Quantum Information Systems
• Microwaves and phonons in 1D transmission lines: Giant Cross-Kerr effect, QND Photon Detection and Giant Atoms
• Why bouncing droplets are a pretty good model of quantum mechanics
• A General Filter-Function Approach to Noise Filtering in Open-Loop Quantum Control
• Non-Markovian and nonlinear quantum input-output response analysis
• Robust Engineering of Correlations and Symmetries on Quantum Networks
• Taking Control of Superconducting Qubits
• A Direct Coupling Coherent Quantum Observer
• Quantum State Smoothing
• Hybrid quantum optomechanics: a single spin coupled to a nano-oscillator
• Optimal Pulse Design in Quantum Control: An Ensemble Control Perspective
• Signal Flows in Non-Markovian Quantum Networks
• Quantum control of an optomechanical system with a single photon
• Quantum Dissipation and Control through Feedback Networks
• Quantum Trajectories in the Laboratory
• Quantum Estimation for Linear Systems
• Dynamically Protected Cat-Qubits with Quantum Superconducting Circuits
• Global bifurcation for steady gravity water waves with constant vorticity and critical layers
• Ill-posedness of truncated series models for water waves
• Quantum Hardware Description Language
• Numerical Simulation of Wave Loads on Static Offshore Structures
• Coastal Wave Modelling: General Engineering Usage and Areas for Improved Research
• Ocean Wave Measurements: The Challenges and Consequences for the Wave Energy Industry
• A Success Story of Collaboration Between Academia and Industry in the Field of Wave Energy
• Welcome and Introduction
• System Identification for Quantum Linear Systems
• Projection Induces Exponential Complexity in Quantum Control
• Impacts from highly nonlinear waves on walls and substructures of wind turbines
• Maximum finite depth waves: breaking, kinematics and particle drift
• Resonance curves of finite-amplitude gravity waves in shallow-water limit
• Recent Theoretical Advances in the Control of Quantum Continuous Variables
• Introduction to Quantum Linear Systems
• Dynamic energy cascades in the theory of water waves
• Open Problems in Noisy Quantum Metrology
• Approximate Filters and Feedback Control for Quantum States
• Recent progress in circuit QED
• Diffusive Unravellings of Stochastic Master Equations
• Spin, Rolling and the Landau-Zener Problem
• On water waves with angled crests
• Violent wave motion due to impact
• The Froude number and solitary waves with vorticity
• Quantum Filtering and Dynamical Parameter Estimation
• Three-dimensional water waves
• Singularities of steady free surface water flows
• Interface singularities for the Euler equations
• Validity and non-validity of the NLS approximation for the water wave problem - Recent developments and open problems
• An Introduction to Quantum Filtering: The alternative history of quantum trajectories
• Waves over periodic topographies
• On the Benjamin-Feir instability
• Coherent and Dissipative Qubit-Cavity Dynamics in the Presence of Propagating Squeezed States in Nonlinear Superconducting Networks
• Trajectories of fluid particles in a water-wave
• Realization of squeezing of single photons and a dynamic squeezing gate
• Introduction to Quantum Channels
• The SLH Formalism and Quantum Feedback Networks
• Introduction to Quantum Stochastic Calculus
• Finite element method for nonlinear free surfaces water waves
• Variational principles for water waves beyond perturbations
• Boundary element and spectral methods for water waves
• New results on wind driven waves and negative tsunami waves at coastlines
• Reconstructing the water surface from pressure measurements
• Stability of Traveling Waves with Vorticity
• Stability of periodic travelling waves of the water wave problem in one dimension
• Nearly time-periodic water waves
• Short Course: The Unified Transform and Boundary Value Problems: II
• New nonsymmetric gravity-capillary solitary waves and related problems
• Solitary waves with intrinsic wavelength
• Nonlinear flexural and capillary-gravity waves
• Short Course: The Unified Transform and Boundary Value Problems: I
• Standing and three-dimensional water waves
• Birkhoff normal forms for the equations of water waves
• Gravity - Capillary Solitary Waves and Lumps
• Nonlinear dynamics of trapped waves on currents
• Random time series analysis and extreme wave events
• Random walk on p-adic flag varieties
• Unipotent flows on infinite volume manifolds
• Multi-dimensional metric approximation by primitive points
• Spectral gap properties for random walks on homogeneous spaces: examples and consequences
• Diophantine property in groups
• Higher Teichmuller Theory and Thermodynamical Formalism
• The SL(2,R) action on Moduli space: Mordell Lecture
• Homogeneous dynamics, unitary representations, and Diophantine exponents
• Limiting distributions of translates of curves on homogeneous spaces
• Hausdorff dimension estimates for bounded orbits on homogeneous spaces of Lie groups
• Metric Diophantine approximation: the well approximable theory on manifolds
• Gauss maps for simultaneous approximation
• Perturbations of Weyl sums, and uniform distribution mod 1
• Oppenheim conjecture and related problems
• Escape of mass in positive characteristics
• Interactions of a gasdynamic type. Two significant multidimensional examples of a constructive and classifying approach
• Lattice points counting and Diophantine approximable on manifolds
• Applications of Thin Orbits
• Dimension of Self-similar Measures and Additive Combinatorics
• Attaching shortest vectors to lattice points and applications
• Effective equidistribution for twisted averages of the horocycle flow
• Localized representation theory
• On the Greenfield-Wallach and Katok conjectures
• Inhomogeneous multiplicative Littlewood conjecture and logarithmic savings
• Adelic equidistribution and property (tau)
• The Hausdorff dimension of not uniquely ergodic 4-IETs has codimension 1/2.
• Every flat surface is Birkhoff and Osceledets generic in almost every direction: Clay Mathematics Institute Senior Scholar Lecture
• Counting and equidistribution of common perpendiculars: arithmetic applications
• Expansion properties of linear groups
• Quasirandom Groups, Minimally Almost Periodic Groups and Ergodic Ramsey Theory
• Divisibility properties in higher rank lattices
• Gap Distributions, Homogeneous Dynamics, and Random Lattices
• Closing Remarks
• Stationary Measures and Invariant Subsets of Homogeneous Spaces: Part II
• Plenary Lecture 14: Free boundary problems for mechanical models of tumor growth
• On the p-adic Littlewood conjecture for quadratics
• Plenary Lecture 13: Shock Reflection, von Neumann conjectures, and free boundary problems
• Plenary Lecture 12: Slamming in flexible-channel flows
• Improvement of Dirichlet's Theorem and homogeneous dynamics
• Plenary Lecture 11: Numerical simulation of endocytosis
• Plenary Lecture 10: Absence of the interface splash singularity for the two-fluid Euler equations
• On a thermodynamically consistent Stefan problem with variable surface energy
• Higher order convergent trial methods for Bernoulli's free boundary problem
• Free boundaries in fractional filtration equations
• Numerical and asymptotic solutions of vertical continuous casting with and without superheat
• Pointwise estimates and regularity for the parabolic obstacle problem
• Analysis of coupled phase-field models describing damage phenomena
• Oscillating facets
• Obstacle problems in unbounded domains and related issues
• Plenary Lecture 9: Curvature flow on graphs for large data classification
• Deterministic Pattern Formation in Diffusion-Limited Systems
• Existence and Qualitative Properties of Grounds States to the Choquard-Type Equations
• A phase field approach for shape optimization in fluids
• On the production of high-porosity metallic solids
• A classical Perron method for existence of smooth solutions to boundary value and obstacle problems for boundary-degenerate elliptic operators via holomorphic m
• Free Boundary-Value Problems for Liquid Crystals
• Free boundary problems in glacial hydrology
• Plenary Lecture 8: Interfaces arising from solid phase transformations
• The Proximity of Free Boundary to Wedges and Planes
• Numerical approximation of phase-field models for multiphase flow
• A stable discretization for the simulation of two-phase flow
• Curvature Flows with Free Boundaries
• Multi-material structural topology optimization using phase field methods
• Isoperimetric inequalities and free discontinuity problems
• Optimal Regularity and the Free Boundary in the Parabolic Signorini Problem
• Computational methods for an optimal partition problem on surfaces
• Plenary Lecture 7: Double obstacle phase field approach for an elliptic inverse problem with discontinuous coefficients
• Free Boundary Value Problems in Contact Mechanics
• Convergence of optimal control problems governed by second kind parabolic variational inequalities
• Symmetries of Boundary Value Problems: Definitions, Algorithms and Applications to Physically Motivated Problems
• Plenary Lecture 6: On Boltzmann-type and Free Boundary Models for Price Formation
• Plenary Lecture 5: Obstacle problems in geometric evolutions
• Open Discussion
• Modelling the Spatial Temporal Dynamics of Small Monomeric G Proteins
• Stationary Measures and Invariant Subsets of Homogeneous Spaces: Part I
• Free Boundary Problems in Models for Bacterial Biofilms
• Feedback, Lineages and Cancer Therapy
• Mathematical Modelling of Tissue Growth in a Perfusion Bioreactor
• How the Geometry of the Cell Boundary Couples Cellular Blebbing and Actin Based Protrusions
• Free Boundary Problems in Biology and Medicine
• Welcome and Introduction
• On Stability of Steady Transonic Shocks in Supersonic Flow around a Wedge
• Moving boundary problems in cell biology
• The Signorini problem, fractional Laplacians and the language of semigroups
• Dielectric Boundary in Biomolecular Solvation
• Shock diffraction by convex cornered wedges
• Multiscale analyses of tissue growth and front propagation
• Weak shock diffraction
• Surfactants in two-phase flow
• A model for the quasi-static crack growth in hydraulic fracture
• On contact-line dynamics with mass transfer
• Shapes of charged drops in an electric field and Rayleigh jets
• Nondegeneracy in the Obstacle Problem with a Degenerate Force Term
• Some Free Boundary Problems for Flows at high Re
• Dynamics of an Euler beam with unilateral constraints
• Plenary Lecture 3: Free Boundaries and Fluid Mixing at the Micro Level
• Spectral gap in simple Lie groups II
• Modelling the Growth of Tyndall Stars
• Fourier analysis of multiplicative functions and a combinatorial application.
• Phase transition problems involving minimal surfaces
• Lower bounds for entropy of random walks.
• Periodicity, complexity and shifts.
• Partial sums of excursions along random geodesics.
• Spectral gap in simple Lie groups : Clay Mathematics Institute Senior Scholar Lecture.
• Some applications of Mahler's method
• On continued fraction expansion of potential counterexamples II
• Rigid and flexible properties of group automorphisms
• Distribution of values of linear maps on quadratic surfaces.
• On incompressible two-phase flows with phase transitions
• Nonlinear elliptic equations with absorption.
• Simultaneous dense and nondense orbits for commuting maps
• On continued fraction expansion of potential counterexamples to mixed Littlewood conjecture.
• Points on spheres and their orthogonal lattices
• Open Discussion
• The Role of Modelling and Economic Analysis in UK Health Policy Decision Making
• Challenges in Public Health and Modelling
• Welcome and Introduction
• Regularity of local minimizers of the interaction energy via obstacle problems.
• Global Bifurcation of Steady Gravity Water Waves with Critical Layers
• Propagation and blocking for reaction-diffusion equations in non homogeneous media.
• Stability of the linearized MHD-Maxwell free interface problem
• A transportation approach to random matrices.
• An Introduction to Free Boundary Problems in MHD
• Mathematics is Everywhere
• Acyclic Monte Carlo: where sequential Monte Carlo meets renormalisation
• The MOP - Particles without Resampling
• Interface singularities for the Euler equations.
• Weak singularities in the multi-dimensional Riemann Problem
• Why people in hyperbolic conservation laws are interested in free boundary problems.
• Zero-Variance Hamiltonian MCMC
• Time-periodic solutions of advection-diffusion equations on moving hypersurfaces.
• Bayesian Uncertainty Quantification for Differential Equations
• Stochastic filtering - a brief historical account
• Harnack's inequality for the inhomogeneous $p(x)-$laplace equation
• Nonlinear fractional diffusion equations. Two problems with free boundaries
• Free boundary regularity in the parabolic Signorini problem
• A nested particle filter for online Bayesian parameter estimation in state-space systems
• Some observations on a fractional Cahn Hilliard equation and its relations with the fractional Porous Medium equation
• Asymptotic Properties of Recursive Maximum Likelihood Estimation in State-Space Models
• Truncated stochastic approximation with moving bounds
• Generalised Particle Filters with Gaussian Mixtures
• Sequential Monte Carlo with Highly Informative Observations
• Sequential Monte Carlo methods for graphical models
• Approximate Bayesian Inference for Stochastic Processes
• Optimal filtering and the dual process
• Consistency and CLTs for stochastic gradient Langevin dynamics based on subsampled data
• Numerical Methods for (Quasi)Variational Inequalities - Part II
• Lazy ABC
• Pre-Processing for Approximate Bayesian Computation in Image Analysis
• Particle filters and curse of dimensionality
• Bayesian inference for sparsely observed diffusions
• Numerical Methods for (Quasi)Variational Inequalities - Part I
• Particle islands and archipelagos: some large sample theory
• Robust statistical decisions under model misspecification by re-weighted Monte Carlo samplers
• Stochastic Gradient Langevin Dynamics for Large Scale Bayesian Inference
• Identifiability conditions for partially-observed Markov chains
• Does p matter in the p-obstacle problem?
• Adaptive delayed-acceptance pseudo-marginal random walk Metropolis
• Statistical Methods for Ambulance Fleet Management
• Phase field modelling of drops in electric fields
• Sequential Monte Carlo methods for applications in Data Assimilation
• The Bernoulli Factory, extensions and applications
• Speeding up MCMC by Efficient Data Subsampling
• ABC methods for Bayesian model choice
• Particle filtering subject to interaction constraints
• Locally adaptive Monte Carlo methods
• The Filtering Distribution For Partially Observed Chaotic Dynamical Systems
• Particle filters for infinite-dimensional systems: combining localization and optimal transportation
• Efficient implementation of Markov chain Monte Carlo when using an unbiased likelihood estimator
• Speeding-up Pseudo-marginal MCMC using a surrogate model
• On the uniform ergodicity of the particle Gibbs sampler
• Sequential Quasi-Monte Carlo
• tba
• Discussion meeting
• Forth Demain Discussion
• The Signorini problem for the heat equation: regularity of the solution and of the free boundary
• Shock Reflection, von Neumann conjectures, and free boundary problems
• Challenges at Illumina
• Metagenomics at Second Genome
• Metagenomics at Second Genome
• The Oil Field Microbiome - How can Metagenomics Help the Oil Industry?
• Challenges - The Kitten Microbiome
• Ion Torrent in Metagenomics
• Advancing the Frontiers of Metagenomic Science
• Discussion meeting
• Traffic on networks: modeling and analysis
• Forth Demain Discussion
• Non-univalent solutions of the Polubarinova-Galin equation
• The eigenvalue problem for the infinity Laplacian
• Discussion meeting
• Hands-on tutorial on R
• The longest shortest fence and the stability of floating trees
• Why mixture modelling?
• Modelling macroecological patterns: Neutral theory and beyond
• Informal discussion
• Application of Bayesian model averaging and population Monte Carlo to inference from metagenomic mixture
• Linking taxa to function through contig clustering of microbial metagenomes
• Waste Not, Want Not: Why Rarefying Microbiome Data is not an optimal normalization procedure
• Statistical Machine Learning for Modeling Early Respiratory Microbiota Composition
• Microbiome, Metagenomics and High-dimensional Compositional Data Analysis
• Inferring Mixed Viral Populations
• Webserver-supported storage of metagenomic datasets using MEGANv5
• New bioinformatic resources for taxonomic assignment of metagenomic NGS data: BioMaS, ITSoneDB and SARMA
• Quikr: Rapid Bacterial Community Reconstruction Via Compressive Sensing
• Using metatranscriptomics to make global predictions: The impact of temperature on marine phytoplankton resource allocation and metabolism
• Digging into the soil metagenome
• Inferring genotype-phenotype relationships from (meta-)genomes
• Metagenome, metatranscriptome and single cell genome sequencing of biogas-producing microbial communities from production-scale biogas plants
• The living layer: the microbial interface between superior organisms and the environment as revealed by metagenomics
• Convergence analysis of balancing principle for nonlinear Tikhonov regularization in Hilbert scales for statistical inverse problems
• A Bayesian approach to inferring the phylogenetic structure of microbial communities: the case of a seasonal Antarctic lake
• Ecological genomics from metagenomic data?
• Predictability and unpredictability in the dynamics of nutrient-cycling microbial ecosystems
• Understanding Biology from the Sequence Data of Uncultured Organisms
• NGS Sequence Assembly for Metagenomic Data
• Species identification from medical metagenomic sequence data
• tba
• Metagenomic assembly and characterisation of viral signatures with MetaCortex
• Estimating within-host viral genetic diversity from next-generation sequencing data
• Mission impossible: metagenomic assembly
• TIPP: Taxon Identification and Phylogenetic Profiling
• Fast and accurate analysis of metagenomic data
• Reasonable names and reasonable terms for Bacteria and Archaea
• Lessons learned from operating a big metagenomics resource
• Round Table and Interaction Between Industry and Academia. Conclusions.
• Facilitated Discussion
• Global Optimisation White Paper
• Experiments with WORHP and Ant Colony Optimisation for Solving large-scale mixed-integer Problems
• A Personal View on Global Optimisation
• Round Table and Interaction Between Industry and Academia
• Modelling and simulation of cell motility with surface finite elements
• Opimisation of Coverage by NLP Techniques
• Contact-point behaviour of the free boundary for the porous-medium equation
• Optimisation of Launch Ascent Trajectories
• Multi-disciplinary Design Optimisation for Planetary Entry, Descent and Landing System Design
• Automatic Planning and Scheduling of Multi-Gravity Assist Transfers with Deep Space Manoeuvres
• The Messenger Trajectory Optimisation
• Global Optimisation Problems in Space Engineering
• Welcome by J Leeks (TGM) and J Fliege (University of Southampton)
• Gaussian mixture transition models for identification of slow processes in molecular kinetics
• Projecting multiscale processes and an approach to clustering of directed networks
• Regularity of the Mumford-Shah minimizers at the crack-tip
• Analysis and interpretation of single molecule force spectroscopy experiments
• Extracting spatiotemporal patterns from data with dynamics-adapted kernels
• Filtering partially observed chaotic deterministic dynamical systems
• Using evolutionary sequence variation to make inferences about protein structure and function
• Implicit particle methods for high dimensional highly nonlinear systems
• Modeling of unresolved scales with data-inferred stochastic processes
• Review Talk: SUSY breaking in realistic model building
• Explicit de Sitter Vacua for Global Strong Models with Chiral Matter
• Searching for accelerated universes using genetic algorithms.
• An overdetermined Free Boundary Problem with non constant boundary conditions
• Mathematical Modeling of the Cellular Cytoskeleton.
• On the decoupling of supersymmetry breaking in stabilised type IIB compactifications.
• Discussion / Mini-Stats Surgery
• Why We Shouldn't Try to Predict Financial Risk
• Banking and Risk
• Overlapping Intervals for Predicting Insurance Risk
• SUSY breaking on conifolds: all is not lost.
• New insights into anti-brane backreaction
• Nondegeneracy of solution to degenerate obstacle problem.
• Soft terms from bent branes
• Dualities and supersymmetry breaking
• From Boltzmann to Euler: Hilbert's 6th problem revisited.
• First and second variation of domain functionals and applications to problems with Robin boundary conditions.
• Shock wave absorption in liquid foams
• Effect of fibres on wet foams
• Gibbs elasticity effect in foam shear flows: a non quasi-static 2D numerical simulation
• Can bubble interactions in foams accurately be described by a potential?
• Exploring analogies between bubble clusters and particle clusters
• Multiple planar bubbles
• Periodic simple tilings as models for monodisperse foams
• Spherical circle coverings and bubbles in foam
• The Least-Perimeter Tile with n Faces
• Hyperbolic Striping on Triply-Periodic Minimal Surfaces
• Local models for Size-Topology Correlations
• Phyllotaxis: Crystallography under rotation-dilation, mode of growth or detachment. A foam ruled by T1
• T1s in soap film architecture: effect of surfactants and assembly geometry
• Topological transformations in foams and liquid crystalline mesophases
• Free energies, discrete Hamiltonians and two scale convergence in statistical mechanics.
• Instability of stretched and twisted soap films in a cylinder
• The role of bubble shape in the coarsening of wet 2d foams
• A multi-scale framework to model dry foam dynamics
• Boundary Singularities Produced by the Motion of Soap Films
• Surfactant transport onto a foam lamella taking into account surface viscosity
• Energy barriers and cell migration in densely packed tissues
• Geometric flexibility in sodalite frameworks
• Periodic auxetics: a geometric approach
• Characterisation and statistical mechanics of disordered foam structures
• Statistical mechanics of two-dimensional shuffled foams: prediction of the correlation between geometry and topology
• Generating and Quantifying Structure in Granular and Cellular Structures
• Materials and Meromorphic Differentials
• Failure Mode of Bubble Rafts under Tension
• Z-Cone Model for the Energy of a Foam
• Improved fibre product properties using foam-based forming process
• A QED Coherence Model for Surface Nanobubbles
• Flow of an aqueous foam through a two-dimensional porous medium: structure-dynamics couplings
• Foam flow in porous media
• Analysis of a Model for Foam Improved Oil Recovery
• Particles and droplets in Foams - A simulation approach
• Topics in Capillary Fluid Statics
• Computational methods for an optimal partition problem on surfaces
• Optimizing the optimizers - what is the right image and data model?
• Volterra Integral Equations of the First Kind with Jump Discontinuous Kernels
• Adaptive regularization of convolution type equations in anisotropic spaces with fractional order of smoothness
• Towards a more robust automatic velocity analysis method
• Analytical Methods for certain Medical Imaging Techniques
• On Implicit Image Differentiation and Filtering
• Determination of an additive source in the heat equation
• On stability for the direct scattering problem and its applications to cloaking
• On regularity properties of solutions to hysteresis-type problems.
• Flatness implies smoothness for the porous medium equation
• Alternating Projection, Ptychographic Imaging and connection graph Laplacian
• On Large Scale Inverse Problems that Cannot be solved
• On Convex Finite-Dimensional Variational Methods in Imaging Sciences, and Hamilton-Jacobi Equations
• Hyperbolic inverse problems and exact controllability
• Compressed sensing in the real world - The need for a new theory
• Optimal Design in Large-Scale Inversion - From Compressive to Comprehensive Sensing
• Bayesian preconditioning for truncated Krylov subspace regularization with an application to Magnetoencephalography (MEG)
• Sequential Monte Carlo and particle methods in inverse problems
• Topological reduction of the inverse Born series
• Photoacoustic tomography: progress and open problems
• A Data-Driven Edge-Preserving D-bar Method for Electrical Impedance Tomography
• Mathematical Modeling of Optical Coherence Tomography
• Optimal partitions for first eigenvalue; numerical approximations and related problems
• Quantitative PhotoAcoustics Using the Transport Equation
• Conjugate gradient iterative hard thresholding for compressed sensing and matrix completion
• Seeing Through Space Time
• Compressed sensing in the real world - The need for a new theory
• Deghosting seismic data by sparse reconstruction
• Restoration of images with blur and noise - effective models for known and unknown blurs
• A primal dual method for inverse problems in MRI with non-linear forward operators
• A statistical perspective on sparse regularization and geometric modelling
• A priorconditioned LSQR algorithm for linear ill-posed problems with edge-preserving regularization
• Free Boundary Problems in Transonic Flow: Introudction II
• Free Boundary Problems in Transonic Flow: Introudction I
• Surface PDEs and Interfaces
• Energy minimizing maps with free boundaries
• Applications of Change-Points Methods in Brain Signal and Image Analysis
• Methods for detecting graph based change points for fMRI and financial data
• Wavelet-based Bayesian Estimation of Long Memory Models - an Application to fMRI Data
• Detecting copy number variants for rare genetic disorders and non-invasive pre-natal diagnosis
• Exact Bayesian inference for change point models with application to genomics
• Detection of Genomic Signals by Resequencing
• Theory and Inference for a Class of Nonlinear Models with Application to Time Series of Counts.
• On the Mathematical Analysis of Thick Fluids
• Compressed sensing: How to get more for less
• Go with the flow: Fluid dynamics in industry and the environment.
• Big Data Analysis
• How should we calibrate?
• Incorporating Geostrophic Wind Information for Improved Space-Time Short-Term Wind Speed Forecasting and Power System Dispatch.
• Modeling spatial nonstationarity and inference for exceedances in environmental applications.
• Characterizing, predicting and handling rapid and large changes of wind power production.
• Abrupt changes in the Earth's climate system: opportunities and challenges for change-point detection.
• Fourier based statistics for irregular spaced spatial data: with an application to testing for spatial stationarity.
• Statistical Inference for Panel Data
• Measuring dependence with local Gaussian correlation: Theory and applications.
• Nonlocal problems of p-laplacian type
• Nonlinear eigenvalue problems for nonhomegenous differential operators
• Robust monitoring of CAPM portfolios beta
• The Volatility of International Migration Flows: Estimating Past Trends in Nordic Countries and Lessons for Forecasting with Uncertainty.
• Graph-Based Change-Point Detection
• Adaptive Spectral Estimation for Nonstationary Time Series
• Quickest Changepoint Detection: Optimality Properties of the Shiryaev-Roberts-Type Procedures
• The group fused Lasso for multiple change-point detection
• Locally-stationary modelling of oceanographic spatiotemporal data
• Inferring change points in signal levels through deterministic minimization of a generalized global functional
• Local moving Fourier based bootstrapping
• An Automated Statistician which learns Bayesian nonparametric models of time series data
• Bayesian inference in continuous time jump processes
• Constructing adaptive interference-reduced Wigner-Ville spectral estimators of non-stationary time series
• Simultaneous break point detection and variable selection in quantile regression models
• An algorithm to segment count data using a binomial negative model
• Computationally Efficient Algorithms for Detecting Changepoints
• Precision of Disorders Detection
• Shape smoothing (and what I hope to get from the Newton change-point program)
• High-Dimensional Incremental Divisive Clustering under Population Drift
• Non-stationary functional time series: an application to electricity supply and demand
• Inference for multiple change-points in time series via likelihood ratio scan statistics
• Change-point tests based on estimating functions
• Modelling multivariate nonstationarity
• Nonparametric change-point detection with sparse alternatives
• Decentralized Quickest Change Detection in Hidden Markov Models for Sensor Networks
• Analysis of time series observed on networks
• Optimal Detection of a Hidden Target
• Heteroscedasticity and Autocorrelation Robust Structural Change Detection
• Detection of multiple structural breaks in multivariate time series
• High Dimensional Stochastic Regression with Latent Factors,Endogeneity and Nonlinearity
• Wild Binary Segmentation for multiple change-point detection
• Multiscale Change Point Inference
• Modeling the Evolution of Neurophysiological Signals
• Detecting smooth changes in locally stationary processes
• Detection and Exploitation of Nonstationarities in Time Series Data
• Change-point detection and analysis
• Geometric approaches to water waves and free surface flows - 4
• Regularity of Free Boundaries in Obstacle Type Problems - 4
• Regularity of Free Boundaries in Obstacle Type Problems - 3
• Regularity of Free Boundaries in Obstacle Type Problems - 2
• Regularity of Free Boundaries in Obstacle Type Problems - 1
• Derivation of FBs for tumor growth - 4
• Derivation of FBs for tumor growth - 3
• Perspectives on Free Boundaries
• Derivation of FBs for tumor growth - 2
• Derivation of FBs for tumor growth - 1
• Extremes as indicators of critical transitions
• Extreme values for deterministic and random dynamical systems
• Nonequilibrium statistical mechanics approach to turbulence
• Predictability of extreme events in dynamical systems: A case study of the Lorenz 84 model
• Potential capacity of quantum channels
• A solution of the Gaussian optimizer conjecture
• The computational complexity of entanglement detection
• Multiplicativity of completely bounded p-norms implies a strong converse for entanglement-assisted capacity
• Rare events, negative measure dimensions and return time statistics
• Asymmetric inertial instability
• Large-scale tropical atmospheric dynamics: asymptotic nondivergence?
• On Time Integration and the Use of Clebsch Variables in Shallow Water Equations
• Differential Geometry of the Semi-Geostrophic and Euler Equations
• The Range of Planetary Circulations Described by the Dry Primitive Equations
• The semi-geostrophic system for large-scale atmospheric flows
• Generalized Large Scale Semigeostrophic Equations: geometric structure and global well-posedness
• Balance relations for rotating fluid flow
• One-shot entropies from thermodynamics
• Renormalized relaxed Lagrangian solutions for SG in physical space
• Lagrangian solutions for semigeostrophic system in physical space
• Use of the semi-geostrophic model in understanding large-scale atmosphere and ocean flows
• Resonant phenomena in the wave dynamics in the presence of boundaries in GFD
• The influence of fast waves and fluctuations on the evolution of three slow solutions of the Boussinesq equations
• Navier-Stokes equations on a rotating sphere
• Direct Statistical Simulation of a Two-Layer Primitive Equation Model
• From simple particle models to PDE dynamics
• Slice models
• Direct Statistical Simulation of Jet Formation in Local and Global Geometries
• Modelling the interactions of near-inertial waves and vortical motion in the ocean
• Adaptive stochastic trajectory modelling of transport in geophysical flows
• Leaky lid: new dissipative modes in the troposphere
• Change of phase for the humid atmosphere
• Mathematical Study of Certain Geophysical Models: Global Regularity and Finite-time Blowup Results
• Energy cascades in the baroclinic ocean wind-driven double gyre problem
• Exponential Decay of the Power Spectrum and Finite Dimensionality for Solutions of the Three Dimensional Primitive Equations
• Between quasigeostrophic and stratified turbulence
• Recent observations of mesoscale structures in intense cyclones
• Trapping of Rossby waves in the equatorial betaplane model
• Graph Isomorphism: Quantum Ideas
• Probing Quantum Speedup in D-Wave Two
• An approach for constructing SRB-measures for chaotic attractors
• A variational eigenvalue solver on a quantum processor
• Complexity classification of local Hamiltonian problems
• Phase Transitions in the Arctic Climate System
• Operator Systems, Tsirelson's Conjectures and Quantum Chromatic Numbers
• Nonequilibrium response, relaxation and the t-mixing condition
• Some statistical properties for random and sequential dynamical systems
• Decay of correlation for random intermittent maps
• Extremes in Chaotic Dynamical Systems: Theory and Applications
• Hamiltonian balance models: derivation, structure, and analysis
• Efficient decoders for qudit topological codes
• Fast Aggressive Trading
• Liquidity Suppliers and High Frequency Trading
• Smooth solutions to portfolio liquidation problems under price-sensitive market impact
• Ultra-Fast Activity and Market Quality
• Liquidity resilience in the limit order book with survival models
• News Trading and Speed
• Algorithmic Trading with Learning: Informed versus Uninformed
• Fundamental Theorem of Asset Pricing under Transaction costs and Model uncertainty
• Coarse Graining and Entropy Production in a General Circulation Model
• On bounded velocity/bounded vorticity solutions to the incompressible 2D Euler equations
• Intraday ecology of electronic limit order market: empirical evidence and multiscale modelling
• Do empirical (high and low frequency) measures of price impact capture informed trading?
• Diagnostic and forecast of future bubbles and crashes
• Using a Market Simulator to Develop High-Frequency Execution Algorithms
• Modern Bayesian machine learning methods and their application to finance and econometrics
• The nonlinear local Lyapunov exponent (NLLE) and its application to predictability study
• Optimal investment and contingent claim valuation under temporary price impacts and margin requirements
• A mod-p generalization of the CHSH game
• Speed of convergence to equilibrium for systems with contracting fibers and the logarithm law for Lorenz like flows.
• Deterministic chaos and diffusion in maps and billiard
• Efficiency, Irreversibility, and Tipping Points in Climate Dynamics
• On the vortex-wave system
• Nonequilibrium: from heat conduction, to turbulence (to life): Rothschild Distinguished Visiting Fellow lecture
• Robust Characterization of Quantum Processes
• Perturbations of the Lorentz Gas via Spectral Methods
• Breakdown of linear response in the presence of bifurcations
• Spectrum and propagation in electric quantum walks.
• Stochastic modeling and predictability: Analysis of a low-order coupled ocean atmosphere model
• The thermostated dynamical systems approach to nonequilibrium steady states
• Mathematical analysis of equatorial waves
• Some basics in the asymptotic analysis of geophysical fluids
• Scaling, macro weather and the climate
• Analysis of some nonlinear PDEs from multi-scale geophysical applications
• Nonequilibrium statistical mechanics of climate variability: modelling issues and applications to data assimilation techniques
• Noise, Fluctuation, and Response in Geophysical Fluid Dynamics
• Turbulence transition in shear flows: coherent structures, edge states and all that
• Phase transitions and large deviations in geophysical fluid dynamics
• Optimal location problems with routing cost
• Hydrodynamic turbulence as a problem in non-equilibrium statistical mechanics
• Statistics of eddy transport
• Statistical stability arguments for maximum kinetic energy dissipation
• Complex networks identify spatial patterns of extreme rainfall events of the Indian and the South American monsoon system
• Generalized additive modelling of hydrological sample extremes
• Bayesian approaches for wind gust and quantitative precipitation forecasting
• The modeling of rare events: from methodology to practice and back
• Emergent Constraints on Earth System Sensitivities
• A statistical mechanics approach to stochastic parametrizations
• Inviscid Limits for the Stochastic Navier Stokes Equations and Related Systems
• Kinetic energy dissipation and the stability of stationary turbulent flows
• A large-deviation approach to passive scalar advection, diffusion and reaction
• Anomalous fluctuation relations
• On the use of Ruelle's formalism in response theory
• Inequalities for the Ranks of Quantum States
• The modified second fluctuation-dissipation theorem
• Regime-dependent modelling of extremes in the extra-tropical atmospheric circulation
• Environmental superstatistics
• On thermodynamics of stationary states of diffusive systems Coauthors L. Bertini, A. De Sole, D. Gabrielli, C. Landim
• Dew droplets and cloud droplets: droplet growth, size distributions, and corrections to scaling
• Extreme sea waves in the coastal zone
• A new recurrences based technique for detecting robust extrema in long temperature records
• Extreme value theory for randomly perturbed systems: getting the local dimensions
• Quantifying uncertainty and improving reduced-order predictions of partially observed turbulent dynamical systems
• Interplay between Mathematics and Physics
• Typical behaviour of extremes of chaotic dynamical systems for general observables
• Paleo-climatic time series: statistics and dynamics
• Rigorous computation of invariant measures and Lyapunov exponents
• Geodesic flows: Mixing, zeta functions and resonances
• Hurricane dynamics: on the role of Vortex Rossby Waves (VRWs)
• The Second Laws of Quantum Thermodynamics
• Thermodynamic properties of the climate system
• The weather: emergent laws and multi fractal cascades
• Structure and properties of the algebra of partially transposed operators
• Reasoning about postselection and complexity
• Reliability of classical and classical-quantum channels
• Quantum marginals in quantum spin systems
• Uniqueness of pre-images of quantum marginals
• The second-order reduced density matrices and its application to chemistry and physics
• Pinning of Fermionic occupation numbers
• Multiplicities of representations of compact Lie groups, qualitative properties and some computations
• The Challenges of Geometric Complexity Theory
• Recent contributions of algebraic geometry and representation theory to complexity theory
• Applications of non-reductive groups in Quantum Information Theory
• Continuous nonlocal games: why quantum nonlocality is not dominated
• Quantum correlations in Newtonian space and time: faster than light communication or nonlocality
• Operator norm convergence for sequence of matrices and application to QIT
• Eigencones and Levi movability
• Group representations and quantum information theory
• Marginal Entropies for Causal Inference and Quantum Non-Locality
• Quantum Shannon Theory: Rothschild Distinguished Visiting Fellow Lecture
• The complexity of Kronecker Coefficients
• The classical entropy of quantum states
• Welcome and Overview Talk by the Organisers
• Welcome and Overview Talk by the Organisers
• 3D massive gravity in AdS'
• Weyl semimetals, conductivities and holography
• Non equilibrium holography
• Aspects of higher spin AdS(3)/CFT(2)
• AdS/Ricci-flat correspondence
• Entanglement of disjoint intervals in CFT: entropies and negativity
• Supersymmetric Gauge Theories on Curved Manifolds and their Gravity Duals
• Gravitational collapse in AdS
• Zero-Error Classical Channel Capacity and Simulation Cost Assisted by Quantum Non-Signalling Correlations
• Features of holographic non-relativistic theories
• Magnetic oscillations in holographic liquids
• Holographic tutorial
• What is the origin of complex probability amplitudes?
• Heat Transport in Holographic Field Theories
• Wilson lines and entanglement entropy in higher spin gravity
• On equivalence between Popescu-Rohrlich boxes and random access codes
• The Large D limit of General Relativity
• Cuprates as Holographic Superconductors and relation of their Planckian Dissipation to Dipolar Clusters Destruction
• Comments on holographic finite density matter
• Holographic two-component superfluids
• Quantum hallography
• Universal scaling properties of holographic cohesive phases
• A holographic model of the Kondo effect
• Quantum renormalization group and holography
• Finite momentum at string endpoints
• Wilsonian and large N approaches to non-Fermi liquids
• A Top-Down Model for Lifshitz Holography
• Thermodynamics of entanglement entropy for excited states: some non-conformal examples
• What can holographic entanglement entropy teach us about general relativity?
• A graph-theoretic approach to quantum correlations and the exclusivity principle
• Entanglement, renormalization, and holography
• Edge theories in tensor network states
• Exploring the ABJM Plasma
• Holographic entanglement plateaux
• Newton-Cartan geometry and the quantum Hall effect
• The IR landscape of holography: Cohesive and fractionalised phases, insulators and bad metals.
• Effective field theories for topological insulators via functional bosonization
• Entanglement entropy in higher spin theories
• Holographic turbulence
• Striped order in AdS/CFT
• Spatially modulated phases in holography
• A thermal quench induces spatial inhomogeneities in a holographic superconductor
• From full stopping to transparency in a holographic model of heavy ion collisions
• Horizon instability of an extreme Reissner-Nordstrom black hole
• Time-Periodic Solutions in an Einstein AdS Massless Scalar Field System
• When do local operations and classical communication suffice for two-qubit state discrimination?
• Globally regular instability of 3-dimensional anti-de Sitter spacetime
• Stability and instability of asymptotically AdS black holes
• Numerical evolution of 5D asymptotically AdS spacetimes
• Out of equilibrium quantum criticality and holography
• Quantum states in solids and their sensitivity to spectators and boundary conditions
• Lifshitz topological transition in interacting Fermi systems
• Clumping and quantum order: Quantum gravitational dynamics of NUT charge
• Unparticles and strongly correlated electron matter
• Mott physics, sign structure, and high-TC superconductivity
• Conformal field theories in a periodic chemical potential
• A simple holographic model of nonlinear conductivity
• Random thoughts
• Temporal epidemic dynamics in the presence of contact network structure
• Is HIV short-sighted? Insights from a multistrain nested model
• The resource theory of magic states
• The elimination of measles and rubella in the WHO European Region - Where are we?
• Cattle/Badger TB
• Integrating viral epidemiology and evolution
• Phylogenetics 101, or how to get a time-stamped phylogeny: a tutorial
• Quantum Information for Optical Microscopy
• The process of re-exposure to an infectious agent
• Exact quantum algorithms
• Entanglement recycling and generalized teleportation
• Boson-Sampling in the light of sample complexity
• Lecture 2: Introduction to Quantum Complexity (tutorial)
• Lecture 2 - Quantum walk and learning graph based algorithms (a tutorial)
• Lecture 2: Concentration of measure (tutorial)
• Lecture 1: Introduction to Quantum Complexity (tutorial)
• Mathematical models of the evolution and epidemiology of drifting influenza
• Lecture 1 - Quantum walk and learning graph based algorithms (a tutorial)
• Lecture 1: Concentration of measure (tutorial)
• Lecture 2: One-shot Quantum Information Theory II: Information Transmission
• Lecture 2: A Primer in Random Matrix Theory
• Bovine TB and Badgers - the science behind the controversy
• On spectral convergence bounds and the undecidability of control problems
• Free compression norms and Lp norms
• Lecture 1: One-shot Quantum Information Theory I: Entropic Quantities
• Lecture 1: A Primer in Random Matrix Theory
• Lecture 2: Random matrix theory with a view towards free probability, and connections to quantum information
• Lecture 2: Operator Space theory: a natural framework for Bell inequalities
• Constrained interventions in outbreak models - balancing conflicting policy objectives
• Lecture 1: Operator Space theory: a natural framework for Bell inequalities
• Lecture 2: Information-Theoretic Techniques in Many-Body Physics
• Lecture 2: Entanglement in quantum interactive proofs (tutorial)
• Lecture 1: Information-Theoretic Techniques in Many-Body Physics
• Lecture 1: Entanglement in quantum interactive proofs (tutorial)
• Fluscape
• Towards a complete classification of multipartite entanglement
• Quantum entropy power inequalities
• Recent progress in mathematical epidemiology and some future needs
• Decision Making for Prevention/Control Under Economic Constraints
• Ending AIDS: Past, Present and Yet to Come
• The role of multi-locus models in understanding within-host population dynamics
• Whither disease ecology? Old problems and new solutions
• Network measurement: past and future
• On the Formulation of Deterministic Epidemic Models
• Multiple Data Sources, Missing and Biased Data
• Inference of epidemiological dynamics using sequence data: application to influenza
• Quantifying Uncertainty in Model Predictions
• Theory and practice of infectious disease surveillance
• Design and Analysis of Vaccine Trials
• Stochastic epidemic modelling and analysis: current perspective and future challenges
• Stochastic epidemic modelling and analysis: current perspective and future challenges
• Data and Statistics: New methods and future challenges
• Multi-host, multi-parasite dynamics
• Dollars and disease: developing new perspectives for public health
• Infectious diseases in the changing landscape of public health
• Veterinary epidemiology: where mathematical modellers , biologists, animal scientists, and veterinarians (should) meet
• The evolution of pathogen evolution
• Linking models and data for infectious disease dynamics: rubella as a case-study
• Mathematical Models for the Control of Infectious Diseases With Vaccines
• Deterministic models: twenty years on. II. Spatially inhomogeneous models
• Deterministic models: twenty years on. I. Spatially homogeneous models
• Stochastic methods: past, present and future. Part I
• Setting the scene
• Unbiased shifts of Brownian Motion
• On the secure connectivity of wireless sensor networks
• Tolerance Enforced Simulation for Stochastic Differential Equations via Rough Path Analysis
• Structure and Dynamics of Biological Liquid Crystals
• Forest fires and coagulation-deletion processes
• Self-organizing cellular automata
• Distances in large random regular networks
• Optimal flows on random graphs
• High Frequency Asymptotics for the Limit Order Book
• Ancillary service to the grid from deferrable loads: the case for intelligent pool pumps in Florida
• Bandit Optimisation with Large Strategy Sets: Theory and Applications
• Clustering Sparse Graphs
• Ranking algorithms on directed random networks
• Phase separation kinetics of active particles
• Miscellaneous gossip
• A phase field approach to cell motility
• A Tensor Spectral Approach to Learning Mixed Membership Community Models
• Infinite Networks with Varying Topology - A Mean-Field Approach
• Routing and Staffing to Incentivize Servers in Many-Server Systems
• Optimal queue-size scaling in switched networks
• On the Fluid Limits of a Resource Sharing Algorithm with Logarithmic Weights
• Spherical Euclidean Distance Embedding and the Unit-Distance Respresentation of a Graph on a Hypersphere
• Panel Discussion
• Solving conic optimization problems with MOSEK
• Semidefinite programming at NAG
• Designing and tuning RF filters to a prescribed specification
• Soft matter in construction
• Current space optimisation challenges
• Applications of linear and nonlinear optimisation in the electricity sector
• Flow instabilities in complex fluids
• Numerical issues in semidefinite and convex conic optimization
• Coarse bifurcation studies of complex problems
• Engineering Hilbert's Nullstellensatz for Combinatorial Problems
• Multiplicative Update Methods and Semidefinite Programming
• Semidefinite relaxations for various non-convex quadratic optimization problems.
• Swimming at low Reynolds number
• Moments and SDP for multiobjective linear programming
• Capillary Models for Liquid Crystal Fibers, Membranes, Films, and Drops
• Equation-free approach to deriving effective macroscopic equations for complex interacting systems
• Hydrodynamic Coordination at Low Reynolds Number
• On the set-copositive cone.
• Computation of complex fluid flows
• Particle laden thin films: theory and experiment
• The unique games conjecture and polynomial optimization
• Equivalent theories of liquid crystals
• An introduction to the variational principles and Poisson brackets for complex fluids
• Mechanics and Thermodynamics of Nematic Shape Equations
• Depinning transitions and deposition patterns
• Bridging the scales near the contact line 3
• Bridging the scales near the contact line 2
• From approximate cone factorizations to approximate lifts of polytopes
• Topological defects in crystals and liquid crystals 2
• Fluid dynamic approaches to modelling bacterial biofilms growth
• Moments of measures on compact polyhedra, weighted triangulations, integral transforms, and multisymmetric polynomials.
• Geometric approach to modelling complex fluids 2
• Geometric approach to modelling complex fluids 2
• Hermitian complexity of real ideals
• Introduction to liquid crystal continuum theory: statics and dynamics
• Lattice Boltzmann Methods for multi-phase turbulent flows
• Localized structures in fluid flows
• Introduction to liquid crystal continuum theory: statics and dynamics
• Geometric approach to modelling complex fluids 1
• Geometric approach to modelling complex fluids 1
• Gradient dynamics formulations of thin film equations
• Recent progress on questions of Nemirovsky and Sturmfels
• Bridging the scales near the contact line 1
• Topological defects in crystals and liquid crystals 1
• Surfactants and Thin Liquid Layers 1
• Surfactants and Thin Liquid Layers 1
• Localized structures in fluid flows
• Optimising polynomials over the simplex
• Narrowing the difficulty gap for the Celis-Dennis-Tapia problem
• Positive Semidefinite Rank of Polytopes
• The Geometry of Phase Transitions in Convex Optimization
• The width of 5-dimensional prismatoids
• A conic approach to entangled-assisted graph parameters
• Revisiting several problems and algorithms in Continuous Location with l_p norms
• Likelihood Maximization on Phylogenic Trees
• Hyperbolic polynomials, interlacers and sums of squares
• The A-Truncated K-Moment Problem
• Cutting Planes for First-Level RLT Relaxations of Mixed 0-1 Programs
• Optimization over Polynomials for Analysis of Polynomial Vector Fields
• Global polynomial optimization with Moment Matrices and Border Basis
• A semidefinite programming hierarchy for geometric packing problems
• A new convex reformulation and approximation hierarchy for polynomial optimisation
• Towards Efficient Higher-Order Semidefinite Relaxations for Max-Cut
• Nonlinear Semidefinite Optimization II
• Nonlinear Semidefinite Optimization I
• Convex Algebraic Geometry III
• Convex Algebraic Geometry II
• Convex Algebraic Geometry I
• Geometry-induced complexity in internal two-phase flows
• Convex Programming in Data Science III
• Surface anchoring mediated hierarchical self-assembly in orientationally ordered plasmonic complex fluids
• Convex Programming in Data Science II
• Convex Programming in Data Science I
• Algebraic and Geometric Ideas in Discrete Optimisation III
• Algebraic and Geometric Ideas in Discrete Optimisation II
• Algebraic and Geometric Ideas in Discrete Optimisation I
• Semidefinite Programming and its Feasible Sets III
• Semidefinite Programming and its Feasible Sets II
• Semidefinite Programming and its Feasible Sets I
• Some recent results on the Kahan-Hirota-Kimura discretization
• Discrete integrable systems with self-adaptive moving mesh
• Integrability conditions for difference equations
• Linearisable mappings and their explicit integration
• Integrable refactorization systems and Yang-Baxter maps
• Lattice Boltzmann model for visco-elastic fluids in 2D
• Discrete integrable equations with Dihedral reduction group
• Some effects of boundaries and interfaces on bulk non-Newtonian fluids
• The semi-infinite q-boson system with boundary interaction
• Integrability of discrete systems over finite fields
• Exact results for degree growth of lattice equations and their signature over finite fields
• Discrete mKdV flow on discrete space curves
• What is integrability of discrete variational systems?
• Variational principle for discrete 2d integrable systems
• Lagrangian multiform theory and variational principle for integrable systems
• Multiscale reductions and integrability on the lattice
• Integrable maps which preserve functions with symmetries
• Cluster algebras and discrete integrable systems
• Coarsening Rates for the Dynamics of Interacting Slipping Droplets
• Some non-commutative integrable systems from Desargues maps
• Emergent Coarsening Dynamics and Scaling Laws via the Principle of Maximum Dissipation
• New solvable discrete-time many-body problems featuring several arbitrary parameters
• Fano 3-space and symmetrisation of quad-equations
• The Sylvester equation, Cauchy matrices and matrix discrete integrable systems
• Bianchi (hyper-)cubes and a geometric unification of the Hirota and Miwa equations
• Discrete Boussinesq equations
• Poster Session
• Science Policy Forum
• Flashing Flexodomains and Electroconvection Rolls in a Nematic Liquid Crystal
• Visualizing Induced Fluid Flows around a Sphere in Isotropic and Nematic Liquids
• Photonic Liquid Crystal Fiber Interferometer
• NMR Studies of DNA Aligned in DMPC/DHPC/CS Bicelle Mixtures
• The Excluded Volume of Convex Bodies
• Modelling the growth of plant cells and tissues
• Chemotactic dynamics in suspensions of micro-swimmers
• Chemotactic dynamics in suspensions of micro-swimmers
• Experiments and Modelling on the Flow Patterns of Cohesive Granular Materials in Spouted Beds
• Clogging in bottlenecks: from inert particles to active matter
• Directional statistics in dense granular materials
• Comparing dense suspensions and soft amorphous solids indicate the emergence of selforganization in flow
• Experimental and Kinetic theory based Numerical Study of Multiphase Solid-gas Flow
• New regimes and phase transitions in channeled granular flows
• Diffusion and segregation of a granular impurity in a dense inelastic fluid
• Stadium shear experiments: eddy viscosity in dense granular flows
• Experimental study of creep flows and precursors to failure in granular material
• Keynote Talk: Yielding and microstructure in a 2D jammed material under shear deformation
• Shear Induced Alignment of Elongated Particles
• Multi-scale modelling of shallow granular flows
• Size Segregation in Dry Flows of Binary Granular Mixtures
• Rheology and segregation of a heterogeneous cohesive granular material
• From bacteria to collective motion in heterogeneous media
• Modeling and simulations for two-phase flows at solid surfaces
• Drag and lift forces in granular flows
• Elastic Granular Flows: Recent Observations
• Non-Local Rheology
• Scaling laws in Aeolian transport
• Segregation effects in granular collapses
• Direct Numerical Simulation of Dense Granular Flows at Moderate Reynolds Number
• How plants feel gravity: a granular flow problem?
• Instabilities in the homogeneous cooling of gas-solid flows
• Scaling laws for melting ice avalanches
• Transition from the viscous to the inertial regime in dense suspensions
• Granular collapse in rotational environments
• Keynote Talk: Dense Granular Flows Down Inclines
• Fluid dynamics of bacterial turbulence
• Conditions of hydrodynamic synchronization in models of beating cilia
• Liquid Crystal Elastomers and Light (**joint talk with I-CAMP)
• Cell motility due to active gel flows
• Vascularization patterns and fluid flow in growing tumours
• Kinetics of Light-Induced Patterning in Liquid Crystal Elastomers (**joint talk with I-CAMP)
• Collective behaviour of phoretically active colloids
• A poroelastic model for mechanochemical waves and pattern formation in Physarum polycephalum
• Photo-elastomers (**joint talk with I-CAMP)
• Modeling dorsal closure during embryonic development of the fruit fly
• The Metaphase Spindle as an Active Liquid Crystal
• Three-dimensional liquid crystalline superstructures for photonics (** joint talk with I-CAMP)
• Phase transitions and solitons in self-propelled particles: kinetic theory and diagrammatic approach
• Joint Lecture with Dynamics of Suspensions, Gels, Cells and Tissues (CFMW01)
• Reconfigurable assemblies of active, auto-chemotactic gels
• Joint Lecture with Dynamics of Suspensions, Gels, Cells and Tissues (CFMW01)
• Hydrodynamics of an elastic swimmer at low Reynolds number
• Modelling Smectic Liquid Crystal Elastomers
• Fluctuations and nonlinear elasticity of nematic elastomers
• Passive cooperative behavior in striated acto-myosin systems
• Cytoskeletal pattern formation: Self organization of driven filaments
• Hard and soft elasticity of polydomain liquid crystal elastomers
• Active stresses and mechanics of intra/extracellular networks
• Stretching of Polydomain and Monodomain Nematic Elastomers: Experimental Study
• Liquid Crystal elastomers: microstructures and active shape control
• Data mining in swarming models
• Curvature potentials for defects on nematic shells
• Spontaneous motion and deformation of a droplet driven by chemical reaction
• Physarum Polycephalum Percolation as a Paradigm for Topological Phase Transitions in Transportation Networks
• Avenues to Active Shape Control in Nematic Solid Sheets
• Remodelling of membrane compartments
• The Five S's: Chemical Swimming, Sailing, Surfing, Squirming and Swarming
• Hydrodynamic coordination of bacterial motions: from bundles to biomixing
• Concentration fluctuations in a bacterial suspension
• Colloidal Doping of Cholesterics and Blue Phases
• Locomotion of helical bodies in viscoelastic fluids
• Topological colloids and particle-induced defects in liquid crystals
• Models of low-Reynolds-number swimmers and colloidal particles in confined domains
• Collective mechanics of epithelial cell colonies on elastic substrates
• Traveling and resting crystals in crowds of self-propelled particles
• A continuum model of epithelial spreading
• Textures and Topology in Liquid Crystals
• Exotic defect structures in a strongly confined chiral liquid crystal
• Optimisation of chiral structures for micro-scale propulsion
• Pure and Applied Focal Conics
• Active motion: under external fields and collective dynamics
• Liquid crystal defects, a critical overview
• Spontaneous Circulation of Confined Active Suspensions
• Solvent free computer simulation of nanoparticle-cell membrane interactions
• Surfactant driven thin-film flows
• An introduction into the hydrodynamics of active polar gels - part 2
• Do particle methods for fluids make sense?
• An introduction into the hydrodynamics of active polar gels - part 1
• Thin-film flows with mass transfer
• Dynamics and rectification of active Brownian particles
• Discussion of motion of defects in nematics
• Endotoxin-Induced Ordering Transitions in Liquid Crystalline Droplets
• Problems and surprises in geometric mechanics
• Self assembly of fd viruses
• Existence and uniqueness of the radial hedgehog in Landau-de Gennes model
• Continuum Models of Two-Phase Flow in Porous Media
• Nonlocal evolution equations (Rothschild Distinguished Visiting Fellow lecture)
• Science and the Challenge of Evidence-Based Policy
• Soviet Physics in 1920s-1950s and English- Russian Scientific Relations ( Cockroft, Dirac, Kapitsa, Peierls...)
• Orientational order, synchronization and defect turbulence in arrays of active microfluidic rotors
• Aggregation and mean-field for ferrofluid monolayers
• The geometric elastic theory of fluid membrane vesicles with a liquid crystal model: the Helfrich model of lipid bilayers and its applications to soft matter
• Photoinduced deformation of crosslinked liquid crystal polymers: from ultraviolet to near-infrared light
• Crawling motility
• On diffuse-interface models for two-phase flow with different mass densities: thermodynamic consistency, simulations, and numerical analysis
• Structure formation in thin films of polymer mixtures
• On effective slip for an upper convected Maxwell fluid
• Professor Jerry Ericksen interviewed by John Ball. A film of a recent interview of Jerry Ericksen will be shown.
• Landau weak crystallization theory of main phase transition in membranes
• Modeling swelling kinetics and transport in hydrogels using mesoscale simulations
• Lubrication approaches for binary mixtures
• Phase field models for two-fluid systems
• Motor action in semiflexible networks
• Hydrodynamic description of the actin cortex
• Photorefractive effect and two beam energy exchange in hybrid liquid crystal cells
• Designing a crawling cell using soft materials
• Modeling Sm-A LCEs with defects
• Random packing of rods and spheres
• Thermal effects in liquid crystal layers
• Boundary-roughness effects in nematic liquid crystals
• Domain wall motion in magnetic nanowires: an asymptotic approach
• Interfacial motion in flexo- and order-electric switching between nematic filled states
• Hydrodynamic description of thin nematic films
• Liquid dielectrophoresis and wrinkling on the surface of a fluid layer
• A rigid or elastic plate floating on the free surface of a viscous film: a coupled free boundary and fluid-structure interaction problem
• What does geometric mechanics have to say about the dynamics of complex fluids?
• Spontaneous motion and deformation of a droplet
• Effect of flow on nematic fluctuations in a slab
• Contact line instabilities in electrowetting
• Transport of charged macromolecules under applied electric fields
• New numerical scheme and simulations for undulations in smectic A liquid crystals
• New numerical scheme and simulations for undulations in smectic A liquid crystals
• Topological defects in nematic liquid crystals dictated by topologically nontrivial confinement and colloids
• Molecular organizations in the bulk and close to surfaces
• The Enigma of Optical Momentum
• Statics and dynamics of colloidal particles in liquid crystals
• Two and half liquid crystal motors
• Facets of Order in Liquid Crystalline Vesicles
• Valuing Storage and Demand-Side Management
• Using Storage to Control Uncertainty in Power Systems
• Continuum model for smectic A liquid crystals
• Controlling Conventional Generation to Minimize Forecast Error Cost
• Equivariant normal forms via the Moser trick
• Equivariant normal forms via the Moser trick
• A Scenario Decomposition Method for Stochastic Unit Commitment Problems
• Responding to the Challenges of Wind Variability
• Panel Discussion
• Ferronematic and ferroelectric liquid crystal colloids
• Nematics: how do they wet ?
• Modelling and Forecasting of Network Time Series
• Wind Problems for the Electricity Planner and Operator
• Semi-Parametric Models for Electricity Consumption Forecasting
• A Range of Methods for Electricity Consumption Forecasting
• Electricity Market Reform in the UK
• Connecting classical and quantum integrability
• Life and mathematics: a personal journey
• Finite multiple zeta values
• Pointed Majid algebras
• Escaping to infinity
• Liquid crystal foam
• Landau Theory for ''Mendeleev's'' Tables of Polar Smectic Structures
• Line defects in a variational model related to liquid crystals
• On multiple L-functions and their p-adic analogues
• Grothendieck-Teichmuller Groups in the Combinatorial Anabelian Geometry
• Elliptic Grothendieck-Teichmueller theory
• Polylogarithms, Multiple Zeta Values and Superstring Amplitudes
• Proof of the zig-zag conjecture
• Motivic Superstring Amplitudes
• Periods of modular forms and relations in the fundamental Lie algebra of Universal Mixed Elliptic Motives
• The Hopf algebra of dissection polylogarithms
• Higher Genus Polylogarithms
• RVP Lecture: From modular forms to finite groups
• A shuffle product formula for generalized iterated integrals
• Cyclotomic p-adic multi-zeta values
• On multiple zeta-star values
• Multiple zeta values and quasi-symmetric functions
• Associators and representations of braids
• Multiple Dedekind Zeta Functions
• Towards higher dimensional analogues of the torsor of Drinfeld's associators
• Honorary MZVs and modular forms
• Divergence and super-divergence cocycles on the Grothendieck-Teichmueller Lie algebra
• Projection-operator formalism, BBGKY hierarchy, and kinetic equations. Part 2
• The nerve of a differential graded algebra
• Higher string topology
• Strong homotopy (bi)algebras, homotopy coherent diagrams and derived deformations
• Elementary statistical models for nematic transitions in liquid-crystalline systems
• Computability and Zipf's Law: operadic perspective
• Givental action is gauge symmetry in a homotopy Lie algebra
• Symplectic and Poisson structures in the derived setting
• Orientational and hydrodynamic motions in chiral liquid crystalline films induced by transmembrane flow
• Two models for infinity-operads
• The Boardman-Vogt tensor product of operadic bimodules
• Bott periodicity in Algebra
• Projection-operator formalism, BBGKY hierarchy, and kinetic equations. Part I
• Integration of differential graded manifolds
• Classical and quantum Lagrangian field theories on manifolds with boundaries
• Operations on Hochschild complexes, revisited
• Rational homotopy theory of automorphisms of highly connected manifolds
• Factorization homology of topological manifolds
• Homology stability for symmetric diffeomorphisms and their mapping classes
• Quantitative risk management: challenges and perspectives (Panel Discussion)
• Systemic risk: a challenge for mathematical modelling
• Quantitative modelling of market booms and crashes
• Risk and reward in momentum trading strategies
• Multiple L-functions of modular forms
• Aspects of Algorithmic and High-Frequency Trading
• Risk management and contingent claim valuation in life insurance
• Foundations and derivations of the popular molecular theories of nematics including Maier-Saupe, Onsager and Density functional ones
• Counterparty credit risk, collateral and funding: next generation valuation models under interconnected risks
• Risk measurement and quantitative risk management
• Discussion Session: How do we strengthen the links between academia and industry in light of today's presentations?
• Modelling and optimisation of liquid crystal lenses
• Optimal Uncertainty Quantification
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• Mathematical problems relating to the Zenithal Bistable Device
• Math-in-Industry activities in OCIAM (and beyond)
• Plenary and discussion
• Business rates pooling
• Resilience Assets
• Networks as Big Data
• Using Data for Insight in the media
• Current state of the art of polynomial chaos metamodel construction
• Uncertainty Management in a complex engineering environment
• A very short introduction to Uncertainty Quantification (UQ)
• Reconfigurable self-assembly through chiral control of interfacial tension
• Simulation of armoured and swollen vesicles
• The phase behaviour of shape-changing spheroids
• A molecular model for the electroclinic effect in nematic liquid crystals
• Simulations of bent core molecules using molecular dynamics
• Self-assembly of liquid crystalline nanostructures in aqueous solution
• Molecular and atomistic simulations of liquid crystals
• Structure and Dynamics of Anisotropic Soft Matter
• Molecular modeling of liquid crystal elastomers
• Directed assembly in liquid crystals. Nanoparticles and nanodroplets
• Modeling Multi-component Liquid Crystal Systems
• Isotropic-polar phase transition in an amphiphilic fluid
• Design of liquid crystal superstructures: geometry, topology, flow, and mesophase
• Microphase separation driven transitions in macromolecular liquid crystals by computer simulations
• Multiple Zeta Values: discussion session
• Atomistic molecular dynamics simulations of cyanobiphenyls: A test bench for liquid crystal theories
• Double Zeta Values and Modular Forms
• Lebwohl-Lasher models of liquid crystals: from quadrupolar to spontaneously induced chiral order
• Different flavours of the mean-field theory
• Phase behaviour in mixtures of unixial hard particles: biaxiality and confinement
• Glassy dynamics, spinodal fluctuations, and nucleation in suspensions of colloidal hard rods and plates
• SAFT force fields for coarse-grained MD simulations
• Modelling planar bistable devices: from Q-tensor to director models
• Modelling a planar bistable device on different scales
• Liquid Crystal Director Models with Coupled Electric Fields
• Brick-by-brick stabilizing the Biaxial Nematic Phase
• Active liquid crystals and the origins of cellular locomotion
• Coarse-grained modelling and computer simulations of liquid crystals
• Density Functional Theory for Hard-Body Models of Liquid Crystals
• Satisfaction of the eigenvalue constraints on the $Q$-tensor
• Liquid crystals described within the phase-field crystal model
• Arcs as an effective model
• Discussion Session
• Coarsening and Q-tensors for nematics (a mathematician's perspective)
• Motivic multiple zeta values and Galois coaction
• The (Liquid-Crystal) Phase-Field-Crystal model - Derivations and Applications
• The Ihara action on the motivic fundamental group of P^1 minus 3 points
• The rational homotopy theory of operads (mini-course)
• Mathematical problems of the Q-tensor theory of nematics
• The rational homotopy theory of spaces (mini-course)
• Polynomial functors on free groups
• Liquid crystals at patterned substrates
• Discussion Session
• Malcev completion and Betti fundamental group of P^1 minus 3 points
• Iterated integrals and de Rham fundamental group of P^1 minus 3 points
• Homotopy automorphisms of operads in topological spaces (mini-course)
• Liquid crystals and general relativity
• Introduction to E_n-operads and little discs operads (mini-course)
• Decoupling the Ericksen-Leslie equations
• Proof of the Deligne conjecture after McClure-Smith
• Lie algebras II
• Lie algebras I
• Deformation theory: exercise session
• From associators to the Kashiwara-Vergne conjecture II (after Alekseev-Enriquez-Torossian)
• Analysis and stability of bentcore liquid crystal fibers
• From associators to the Kashiwara-Vergne conjecture I (after Alekseev-Torossian)
• Soft Bend Elastic Constant and Transition to a Modulated Nematic Phase
• Special Topic: Origamis
• Introduction to Density Functional Theory of Liquid Crystals II
• The Teichmueller lego
• Informal workshop on shear flow
• Moduli spaces of curves, curve complexes
• Deformation theory: exercise session
• Etingof - Kazhdan quantization of Lie bialgebras II
• Symmetry breaking and symmetry defects. Invariant theory applications
• Etingof - Kazhdan quantization of Lie bialgebras I
• The classical master equation
• Informal workshop on groups, orbits and bifurcation
• Special Topic: Associator relations satisfy double shuffle (H. Furusho)
• Infinitesimal braid and the Lie algebra of (the prounipotent version of) GT
• Deforming braided categories and a useful dictionary
• Deformation theory: exercise session
• Formality, obstructions to formality, and a key argument in the proof of the formality conjecture II
• Stabilization of liquid crystalline structures exhibiting topological defects
• Formality, obstructions to formality, and a key argument in the proof of the formality conjecture I
• Introduction to Density Functional Theory of Liquid Crystals
• Dendroidal sets and infinity-operads III
• Informal workshop on Groups, Orbits and Bifurcation III
• Some mathematical analysis of molecules in Ferroelectric Liquid Crystals
• Special Topic: Belyi Theorem and dessins d'enfants
• Informal workshop on shear flow
• Profinite braid groups; first appearance of GT
• A brief introduction to the etale fundamental group and to the Galois action
• Deformation theory: exercise session
• The Hochschild cochain complex, operads, and the Deligne conjecture II
• Monte Carlo simulations and Onsager density functional theory of hard particle liquid crystal models
• The Hochschild cochain complex, operads, and the Deligne conjecture I
• Informal workshop on groups, orbits and bifurcation II
• Operads: exercise session
• (Co)homology theories and deformation theory
• Homotopy algebras
• Analysis of chevron patterns using gamma convergence
• Operads: exercise session
• Dynamics of bulk nematics in a uniform shear flow (informal workshop)
• Methods for Koszul duality
• Koszul duality theory for operads
• Operads: exercise session
• Dynamics of bulk nematics in a uniform shear flow (informal workshop)
• Koszul duality theory for algebras
• Operads: definition, examples and first properties
• Overviews of other MLC workshops
• Three-wave interactions in problems with two length scales: Faraday waves and soft-matter quasicrystals
• Free energy according to Poincare' and Landau
• Invariant theory: a useful tool for equivariant dynamics and the mathematics of liquid crystals
• From molecular symmetry to order parameters
• A line in the plane and the Grothendieck-Teichmueller group
• Operads and their (bi)modules in topology
• The mathematics of pattern formation: a modern view
• Shuffle operads
• Periods
• When shapes collide: finding order in disorder
• The Boardman-Vogt resolution and algebras up-to-homotopy
• Describing and determining the order of liquid crystals in the bulk and close to interfaces
• Onsager's Variational Principle in Soft Matter Dynamics
• Problems related to defects in nematic liquid crystals
• On the cubic instability in the Q-tensor theory of nematics
• Braids and the Grothendieck-Teichmuller Group
• Function spaces and liquid crystals
• Hard core effects in mean field theories
• What an old problem has still to say: the infamous K13-case
• Multiple Zeta Values
• Molecular Origin of K13 Revisited
• Solid liquid crystals
• Operads
• The Landau theory of liquid crystals and its molecular interpretation
• Deformation theory
• On the Maier-Saupe theory of Nematic liquid crystals
• An Overview of the Oseen-Frank elastic model and some symmetry aspects of the Straley Mean-Field model for Biaxial Nematic liquid crystals
• Ericksen-Leslie theory for nematic liquid crystals and its developments
• Order tensors of equilibrium phases
• Liquid crystals, liquid crystal droplets and colloids: basic properties
• Fluids with attitude
• The long and short of modelling ocean tides
• Vikings in shades: navigating by skylight polarization
• Modern trends in dynamo theory
• How are we going to manage actual code and coding? Ie plansfor Phase 2 Code. Coding standards etc. A discussion session
• Surfaces and curvature in Euler and Navier-Stokes simulations. Where next?
• How to effectively engage with the non-GungHo Met O people. A discussion session
• Variational Multiscale Approaches to Turbulence Modeling in the framework High Order Discretizations of Fluid Flow
• Progess with test cases: a discussion session
• Data model + interface to kernel + coupling: a discussion session
• Generic free surface singularities
• Kernel or execution model: a discussion session
• Introduction to GungHo Computational Science week: a discussion session
• Topological solitons in multi-component superconductors : from baby-Skyrmions to vortex loops
• Fermions coupled to Hopf Solitons
• Fermionic quantization of knot solitons
• Modelling Hopf solitons with elastic rods
• Skyrmions and Hopfions in exotic superconductors
• Abelian and non-Abelian Hopfions in all odd dimensions
• Creating Vortons and Knot Solitons via Domain Wall Pair Annihilation in BEC and Field Theory
• Topological Solitons from Geometry
• Asymptotic higher ergodic invariants of magnetic lines
• Magnetic Fields in the Early Universe -- Chiral Effects and Topology
• Torus Knots and Links, Twist Neutrality and Biological Applications
• Experiments with tangles of quantized vortex lines in superfluid 4He in the T=0 limit
• Knots and links of disclination lines in chiral nematic colloids
• Macroscopic bundles of vortex rings in superfluid helium
• Interpretation of quasiparticle scattering measurements in $^3$He-B: a three dimensional numerical analysis
• Vortex Dynamics and Turbulence in Confined Quantum Gases
• The gradient flow of O'Hara's knot energies
• Equilibrium configurations of elastic torus knots (n,2)
• Topological and Geometric Properties of tightly confined random polygons
• Criticality theory for ropelength and related problems
• The Expected Total Curvature of Random Polygons
• The geometry of random polygons
• Cohomology reveals when helicity is a diffeomorphism invariant
• Dynamics of Hopfions
• Branes, strings and boojums; topological defects in helium-3 and the cosmos
• Solitons and Breathers on Quantized Superfluid Vortices
• Vortex knots in a Bose-Einstein condensate
• Helical Organization of Tropical Cyclones
• Higher order topological invariants from the Chern-Simons action
• Progress with test cases: a discussion session
• Critical Links and Unlinks
• Regularity theory for knot energies
• Regularity theory for knot energies
• A non-hydrostatic three dimensional finite volume icosahedral model
• Symmetric Criticality for Ropelength
• Analytic and topological aspects of Menger curvatures for curves and submanifolds
• Investigating Pure Quantum Turbulence in Superfluid 3He and a Means of Directly Inferring the Turbulent Energy Content
• Vortons and their stability
• Vorton solutions in 2D and 3D
• Vortices in non-equilibrium condensates
• Computational modes: What are they and how bad are they for a weather/climate model dynamical core?
• Superfluid and Berezinskii-Kosterlitz-Thouless dynamics of light
• Cosmic strings, effective number of neutrinos, gravity waves and the CMB
• Constraints on cosmic superstring formation and their decay mechanism
• Scaling properties of cosmic superstring networks
• Scaling configurations of cosmic superstring networks and their cosmological implications
• Cosmic strings - relativistic vortices in the early universe
• Cosmic Strings and our Cosmos?
• Cosmic strings and other flux tubes
• Rothschild lecture: Superoscillations and weak measurement
• Designing fibred knots in optical fields
• Knotted strings and leptonic flavor structure
• The spectrum of tightly knotted flux tubes in QCD
• Topological Models for Elementary Particles
• Generating and Classifying Turbulence in Bose-Einstein condensates
• Thermally and mechanically driven quantum turbulence in helium II
• Quantum and classical turbulence: Alike or different?
• The properties of quantum turbulence: the homogeneous isotropic case
• New finite volume based tracer transport schemes for the Community Atmospheric Model (CAM-SE)
• The dynamics of conservative charged molecular strands
• Comparing a DG dynamical core with the production code COSMO
• Progress with test cases: a discussion session
• Two amusing problems in geometry and topology
• Scaling turbulence simulations to beyond a million processes
• Reimann problems for gas dynamics with moisture and droplets
• Some aspects of iceberg mechanics
• Some aspects of iceberg mechanics
• Efficiency of adaptive mesh algorithms
• Finding the perfect horizontal discretisation: a discussion session
• Classification of rough surfaces using Schramm-Loewner evolution
• 3D simulations of convective storms using Finite Elements with Variational Multiscale Stabilization
• Fermi surface topology and topological numbers in conductivity of normal metals
• Progress with test cases: a discussion session
• Adaptive grid generation with application to data assimilation-with Chiara Piccolo
• Gent McWilliams parametrisation
• The space of soap bubbles
• Dynamical adaptive mesh-refinement with NAM-SCA model
• Development of high-order adaptive global models by multi-moment (constrained) finite volume method
• Self-assembly of icosahedral viral capsids: the combinatorial analysis approach
• Discrete analyses and numerical simulation of the shallow-water system
• Symmetric quadratic dynamical systems
• Wavelet building blocks for dynamic adaptivity : application to shallow-water equations on a hexagonal C-grid
• A study of the entanglement in polymer melts
• Analysis of grid imprinting on geodesical spherical icosahedral grids
• Mixing and stratification within the plume of the Changjiang River estuary, East China Sea: a numerical study
• Cut-cell approaches: a discussion session
• Cut-cell Cartesian grid finite volume methods for complex geometry
• On the trial against Italian seismologists following the l'Aquila earthquake - facts, questions, consequences? A discussion session
• The tight knot spectrum in quantum chromodynamics
• High-resolution finite volume methods and multidimensional wave-propagation algorithms
• Knot polynomial invariants in terms of helicity for tackling topology of fluid knots
• A co-volume scheme for the nonlinear shallow water equations on non-orthogonal grid
• Helicity, cohomology, and configuration spaces
• EULAG-MHD: Simulation of the global solar dynamo
• Comparison of finite element and finite volume in ocean modelling
• Can we make high-order spectral elements (quasi) monotonic?
• Finite-volume transport schemes for Voronoi (hexagonal) meshes
• The importance and examples of asymptotic limit solutions in the atmosphere and ocean: a discussion session
• A parallel multirate time-stepping strategy for ocean modelling
• Designing numerical methods to respect asymptotic limit solutions
• Word representation of streamline topologies for structurally stable vortex flows in multiply connected domains
• Multiscale spectral viscosity discretization methods for the Navier-Stokes equations or, another explicit filtering turbulence model, or another tweak of Smagor
• Automated parallel adjoints for model differentiation, optimisation and stability analysis
• Planning meeting for new test cases and comparisons: a discussion session
• On the topology of complex magnetic fields of the Sun and the magnetosphere
• Multilevel time integrators for large-scale atmospheric flows
• Experiences with a smoothed terrain-following vertical coordinate in MPAS
• Sound-proof global models for atmospheres and oceans: a discussion session
• Quasi-anelastic vs. elastic modeling with ECMWF's IFS model
• Sound-proof modeling on unstructured meshes
• Sound-proof global modeling for NWP and Climte
• What are the remaining outstanding issues with respect to multi-resolution models? A discussion session
• A Way Point on the Road to Dynamic Adaptivity: Early Results from Multi-Resolution Atmosphere and Ocean Models
• Multiscale Fluid Models with Convected Microstructure
• Adaptive Discontinuous Galerkin Inundation Modelling
• Time-parallel algorithms for weather prediction and climate simulation
• An Inter-Comparison of Icosahedral Climate Models on the G8 Call: ICOMEX Project
• SCALE-LES: Strategic development of large eddy simulation suitable to the future HPC
• The Icosahedral Nonhydrostatic (ICON) model: Scalability on Massively Parallel Computer Architectures
• The global nonhydrostatic atmospheric model MPAS: Preliminary results from variable-resolution mesh tests
• The CMC 15-Km operational deterministic global forecast system with Yin-Yang grid
• The dynamical core of the Met Office's Unified Model
• Comparing the formulations of CCAM and VCAM and their performance as atmospheric GCMs
• CAM high-resolution AMIP simulations using a spectral finite element dynamical core
• The Icosahedral Nonhydrostatic (ICON) model: formulation of the dynamical core and physics-dynamics coupling
• An exact analytical solution for gravity wave expansion of the compressible, non-hydrostatic Euler equations on the sphere
• Evaluation of mass fixing schemes for the ECMWF Integrated Forecasting System (IFS)
• Global, non-hydrostatic, cloud-permitting, medium-range forecasts using the spectral transform method: progress and challenges
• ICON-IAP: A non-hydrostatic global model designed for energetic consistency
• Design of a dynamical core based on the nonhydrostatic unified system of equations
• Numerical Simulations with a Three-Dimensional Spectral Element Model
• DCMIP 2012: Tracer Transport Tests in Dynamical Cores
• A multi-moment constrained finite volume model for non-hydrostatic atmospheric dynamics
• A Three-Dimensional Finite-Volume Nonhydrostatic Icosahedral Modle (NIM)
• The average geometric and topological properties of open and closed equilateral polygonal chains
• MCore: Towards a Multi-Resolution Non-Hydrostatic Finite-Volume Dynamical Core
• Evaluating numerical methods by using asymptotic limit solutions
• A standard test case suite for two-dimensional linear transport on the sphere
• Potential Vorticity: A Diagnostic Tool for General Circulation Models
• A Multi-Resolution Modeling Approach for Global Ocean Modeling
• Multi-Moment ADER-Taylor Methods for Systems of Conservation Laws with Source Terms in One Dimension
• A stable treatment of conservative thermodynamic variables for semi-implicit semi-Lagrangian dynamical cores
• Laplace transform integration and the slow equations
• Semi-implicit predictor-corrector methods for atmospheric models
• 2D and 3D simulations of a nonhydrostatic atmospheric model on a block-structured Cartesian mesh
• A Variational Multiscale Stabilized Finite Element Method to solve the Euler Equations for Nonhydrostatic Stratified Benchmarks
• Reexamination of non-hydrostatic formulations using the hydrostatic-pressure based co-ordinates
• The orthogonal curvilinear terrain-following coordinate for atmospheric models
• Second-order conservative remapping between unstructured spherical meshes
• Progress in Radial Basis Function Methods: Adaptive Vortex-RBF Methods for the Sphere and Other Advances
• Particle methods for geophysical flow on the sphere
• A semi-implicit, semi-Lagrangian, p-adaptive Discontinuous Galerkin method for the rotating shallow water equations
• Accuracy of adaptive discontinuous Galerkin simulations
• A logically Cartesian, adaptively refined two-patch sphere grid for modeling transport in the atmosphere
• Generation of Provably Correct Curvilinear Meshes
• Adaptive High-order Finite Volume Discretizations on Spherical Thin Shells
• On bright pattern of flakes in flow visualization
• Improving tropical cyclone representation in general circulation models through the use of variable resolution
• Optimization-based Conservative Transport on the Sphere
• Linear advection characteristics of a variable resolution global spectral method on the sphere
• Numerical Solution of the Advection Equation on Unstructured Spherical Grids with Logarithmic Reconstruction
• Slope-limited transport schemes using icosahedral hexagonal grid
• Dynamical Core Developments at KIAPS
• A conservative adaptive wavelet method for the shallow water equations on staggered grids
• Compact finite difference schemes on the Cubed-Sphere
• A Semi-Lagrangian Discontinuous Galerkin (SLDG) Conservative Transport Scheme on the Cubed-Sphere
• Uniformly third Order conserving Schems on Polygonal Grids
• Multiscale ocean simulations with FESOM
• A multilevel time integrator for computing longwave shallow water flows at low Froude numbers
• Finite element exterior calculus framework for geophysical fluid dynamics
• Mimetic Semi-implicit Solution of the Shallow Water Equations on Hexagonal-Icosahedral and Cubed-Sphere Grids
• Spreading in potentials random in space and time
• Does the energy that drives hurricanes also heat your beer?
• Enhancement of Superconductivity by Anderson Localization
• Statistical mechanics approach to the random matrix models
• Anderson localization, topology, and interaction
• The geometry and topology of random polygons
• Universal statistics for directed polymers and the KPZ equation from the replica Bethe Ansatz
• A High-Order Unstaggered Finite-Volume Approach for Atmospheric Numerical Modeling
• New results on Rademacher Fourier and Taylor series
• Analytic quasiperiodic matrix cocycles: continuity and quantization of the Lyapunov exponents
• Kolmogorov turbulence, Anderson localization and KAM integrability
• Diffusion profile and delocalization for random band matrices
• Anomalously localized states in the one-dimensional Anderson localization model at E=0
• The business of science; building therapeutic drugs based on proteins
• Critical properties of the long-range random models
• Edge reinforced random walks, Vertex reinforced jump process, and the SuSy hyperbolic sigma model (I)
• A new non-viral, non-toxic DNA minivector for basic and clinical research: how basic DNA topology research opened doors for gene therapy
• DNA topology: where maths meets molecular biology
• An interacting particle system related to the quantum Toda chain
• Space-time stationary solutions for the random forced Burgers equation
• Runge-Kutta IMEX schemes for HEVI and semi-implicit simulations
• Freezing Transition, Characteristic Polynomials of Random Matrices, and the Riemann Zeta-Function
• Classification and symmetry properties of scaling dimensions at Anderson transitions
• Which type of time-integrators will make dynamic grid adaptivity feasible?
• Recent progress in the spectral theory of first order elliptic systems
• IMEX methods for fast-wave slow-wave problems
• Localisation for random block operators
• Critical Mandelbrot Cascades
• On the localization-delocalization critical line for the random copolymer
• Quantum Hall transitions and conformal restriction
• The leapfrog is dead. Long live the leapfrog!
• Newton's Method and Localization
• Numerical analyses of Runge-Kutta IMEX schemes for use in atmospheric models
• Invariant measure of the stochastic Allen-Cahn equation: the regime of small noise and large system size
• Normal approximation for a random elliptic PDE
• Strong uniqueness for stochastic evolution equations in Hilbert spaces perturbed by a bounded measurable drift
• Large deviation principles for invariant measures of SPDEs with reflection
• Stochastic variational inequalities and applications to the total variation flow pertubed by linear multiplicative noise
• Completeness and semiflows for stochastic differential equations with monotone drift
• Martingdale solution to equations for different type fluids of grade two driven by random force of levy type
• Discussion Sessions
• To what extent can order of accuracy improve forecast skill? A discussion session
• Upper and lower bounds for the spatially homogeneous Landau equation for Maxwellian molecules
• Nanoindentation of virus capsids
• Numerical Analysis for the Stochastic Landau-Lifshitz-Gilbert equation
• Multilayer abstractions for PDEs
• Passive tracer in a flow corresponding to two dimensional stochastic Navier--Stokes equations
• Generalized Fleming-Viot Processes with Mutations
• Attractors for SPDE driven by an FBM and nontrival multiplicative noise
• Discussion Sessions
• Does the stochastic parabolicity condition depend on p?
• The reversibly-staggered CCAM and VCAM models
• Tightness in the space of Young measures
• The effects of transport noise on PDEs
• Weak Feller property and invariant measures
• Stochastic Navier-Stokes Equations in unbounded 3D domains
• Logarithmic reconstruction on unstructured grids
• Derivatives of Jump Processes and Gradient Estimates
• Knots in light and fluids
• On the stochastic Allen-Cahn/Cahn-Hilliard equation
• Regularity results for SPDE in square function spaces
• Random Periodic Solutions of Stochastic Partial Differential Equations
• Scalable multilevel iterative solvers for elliptic problems: a discussion session
• Stability of travelling waves in stochastic Nagumo equations
• Accelerated numerical schemes for stochastic partial differential equations
• Part II: Iterative Solvers and Preconditioners for solving large sparse linear systems
• Part I: Iterative Solvers and Preconditioners for solving large sparse linear systems
• Some existence and uniqueness result for infinite dimensional Fokker--Planck equations
• TopoICE and other software tools for investigating topological problems in DNA
• DNA unknotting and unlinking
• Tangle analysis of protein-DNA complexes
• Non-linear trajectories with simultaneous space integration and auto-regressive predictors in Semi-Lagrangian integration
• Simplification of topology during Xer-mediated recombination
• A generic non-specific mechanism for the clustering of DNA and chromosome binding proteins
• Accuracy and efficiency comparisons at the Newton Institute and beyond: a discussion session
• DNA in confined geometries: topology effects
• Topological recursion and classification of multi-stranded biopolymer configurations
• Topo IV is the topoisomerase that knots and unknots sister duplexes during DNA replication
• Simulated looping propensities of protein-decorated DNA
• Dynamics of DNA supercoiling and knotting
• Twist neutrality and topological aspects of nucleosomal DNA
• Denaturation transition of stretched DNA in the presence of DNA-binding ligands
• The yeast Pif1 family helicase RRM3 promotes DNA unwinding during replisome swivelling
• DNA recognition studied by molecular simulations
• Sequence-Dependent Coarse-Grain Descriptions of DNA: models, methods and simulations
• Mixed Finite Elements: a discussion session
• Chiral effects in DNA supercoiling
• Twisted paths in Euclidean groups: Keeping track of total orientation while traversing DNA
• Chromosomes as topological machines-the role of DNA thermodynamics
• Some remarks about new computing architectures and a proposed alternative way to address time splitting for ocean models
• Co-operative roles for DNA supercoiling and nucleoid-associated proteins in the regulation of bacterial transcription
• Superhelically Driven Structural Transitions in Genomic DNA - Theoretical Analyses, Genomic Distributions and Roles in Regulation
• Knotting of open chains, closed chains and proteins
• Locating knots and slipknots in open and closed macromolecules
• Influence of topology in coarse-graining of polymer solutions
• Diffusion dynamics of circular DNA mini-rings in solution
• Knots confined to tubes in the simple cubic lattice
• Computer simulations of knotted DNA and proteins
• How to untie it-translocation of a knotted protein through a pore
• Amino acid patterns for protein folding
• Conservation of complex knotting and slipknotting patterns in proteins
• Topological features in stretching of proteins
• Knotted and unknotted proteins: a comparative study (*)
• A tangled problem: the structure,function and folding of knotted proteins
• How E.coli organizes and segregates its chromosome
• Modeling chromatin fibre folding for human embryonic stem cells and cancer cells
• Structure meets function at the mouse X chromosome inactivation center
• All Good Things Must Bend: the Energetics of DNA Shape and Flexibility in Biological Assemblies
• Large scale organization of chromatin
• The role of topological constraints on condensed polymers and DNA in human cells
• How the genome folds
• The topological equivalence of the yeast chromosome centromere and the yeast plasmid partitioning locus
• Chromatin Compaction: A Modeling Exploration of Fiber Hetergeoneity and Linker Histone Influence
• High Order Polygonal Grids and Cut Cells (Polynomial degree 2 or 3)
• Stochastic travelling waves in bistable biochemical system: Numerical and mathematical analysis
• Resolution independent topography: from cut cells to thin walls and porous barriers
• Resolution-dependent self-scaling physical parameterizations and numerical closures
• On the 2-point problem for the Lagrange-Euler equation
• Discussion on Adaptive DG Methods for Flow Problems
• Finite element exterior calculus framework for geophysical fluid dynamics
• Unified Multiscale Operational Weather Forecasting at the Canadian Meteorological Centre
• Parallelization and Software Concepts for Tsunami Simulation on Dynamically Adaptive Triangular Grids
• Monge ampere based moving mesh methods with applications to numerical weather prediction
• A new approach to implement sigma coordinate in a numerical model
• Adapting to life: Ocean ecosystem modelling using an unstructured and adaptive mesh ocean model
• A Framework for the Development of Computable Error Bounds for Finite Element Approximations
• Adaptive multiscale discontinuous Galerkin methods for multiphase morphodynamics
• Parameterizing interaction of disparate scales: selective decay by Casimir dissipation in fluids
• Are adaptive simulations more accurate than uniform simulations?
• Knots: from the sailing boat down to the cell's nucleus illustrated by means of simple experiments
• Adaptive Numerical Simulation of Idealized Cyclones
• Adaptive mesh method in the Met Office variational data assimilation system
• A highly adaptive three dimensional hybrid vortex method for inviscid flows
• Reviewing a roadmap for adaptive atmospheric modeling
• Variable resolution experiments using CAM's spectral finite element dynamical core
• Development of the Nonhydrostatic Unified Model of the Atmosphere (NUMA): a unified model for both local-area modeling and global modeling
• Variable resolution and uniform second and third Order approximation order
• Modelling geophysical fluid dynamics with anisotropic adaptive mesh methods
• Reactive-infiltration instabilities in fractures and porous rock
• An algebraic classification of entangled states
• Dynamical Renormalization Group
• The Lieb-Wehrl entropy conjecture
• Magnetic braids, Hamiltonian action and selective decay
• Topics in Quantum Entropy and Entanglement
• Pollockian Mechanics: Painting with Viscous Jets
• On the spectrum of the Klein-Gordon equation
• Development of singularities in relaxing magnetic fields
• Spectral theory of first order systems: an interface between analysis and geometry
• The mass shell in the semi-relativistic Pauli-Fierz model
• Some Spectral Properties of Massless Dirac Operators
• From Crystal Optics to Dirac Operators--A Spectral Theory
• Minimizers and blowup in relativistic Hartree-Fock-Bogoliubov theory
• Complete asymptotic expansion of the integrated density of states of multidimensional almost-periodic pseudo-differential operators
• Higher norms of vorticity applied to the intermittency and blow-up problems in the 3D Navier-Stokes and Euler equations
• Bogoliubov spectrum of interacting Bose gases
• General properties of Bogoliubov transformations
• Electron-Positron Pair Creation in a Nonlinear Dirac Model
• Low energy spectral and scattering theory for relativistic Schroedinger operators
• Confinement-deconfinement transitions of two-dimensional Dirac particles
• Mathematical study of the nonrelativistic limit of a relativistic mean-field model for nucleons
• Spectral properties of a Dirac operator arising in models of graphene
• Ground state properties of graphene in Hartree-Fock theory
• Spectral Theory of Graphen Quantum Dots
• A gentle introduction to the physics of graphene (mini-course 2)
• A gentle introduction to the physics of graphene (mini-course 1)
• Certified bounds for the eigenvalues of the Dirac operator
• Enhanced binding due to the quantized radiation field
• Construction of the self-consistent Dirac vacuum in electromagnetic fields
• Finite time singularities for the free boundary incompressible Euler equations
• Parallel computation of vortex tube reconnection using graphics card and vortex particle methods
• Evolution of the leading edge vortex over an accelerating rotating wing
• Instability by weak precession of the flow in a rotating sphere
• On the regularity of Lagrangian trajectories in the 3D Navier-Stokes flow
• Mass transport by vortex motions
• Identifying topological chaos using set-oriented methods
• Stirring vortices with vorticity holes
• Relaxation of braided magnetic and vorticity fields
• Topological approaches to problems of stirring and mixing
• Dirac Operators with Square-Integrable Potentials
• A Soap-Film Mobius Strip Changes Topology with a Twist Singularity
• Impulse of vortex knots from diagram projections
• How much do we know about the problem of global regularity for the three-dimensional Navier-Stokes and Euler equations?
• Helicity in differential topology
• The filament equation in any dimension
• Relative equilibria of point vortices. (Aref Memorial Lecture)
• Vortical dynamo in turbulent multiphase flows
• Fluid dynamics of flapping wings associated with change of domain topology
• Instabilities and ill-posedness for the magnetogeostrophic equation
• Knots and links in fluid mechanics
• Knotted vortex tubes in the Euler equation
• Numerical and analytical study of an asymptotic equation for deformation of vortex lattices
• Topological crystals as a new paradigm
• Exponential growth in two-dimensional topological fluid dynamics
• Using fluid variational variables to obtain new analytic solutions with nonzero helicity
• Simple models of helical baroclinic vortices
• New conservation laws of helical flows
• Turbulent vorticity and helicity in stratified atmospheric boundary layer
• On helical multiscale characterisation of homogeneous turbulence
• Some topological tools in two-dimensional dynamics
• Randomness, the Continuum and Reality
• A general talk on the history of the Institute
• A discussion on Art, Duality and M-theory
• Resolute sets and initial segment complexity
• Cupping with random sets
• Algorithmic randomness and stochastic selection function
• The typical Turing degree
• Cryptography and Algorithmic Randomness
• Limit capacity of non-stochastic steganographic systems and Hausdorff dimension
• Integration of ideas and methods of Kolmogorov Complexity and classical mathematical statistics
• Ergodic theory and strong randomness notions
• Kolmogorov complexity and Fourier aspects of Brownian motion
• Normality and Differentiability
• Exact pairs for the ideal of the $K$-trivial sequences in the Turing degrees
• Translating the Cantor set by a random
• SJT-hardness and pseudo-jump inversion
• Autoreducibility for NEXP
• Language compression for sets in P/poly
• Prefix and plain Kolmogorov complexity characterizations of 2-randomness: simple proofs
• On the inversion of computable functions
• Trivial measures are not so trivial
• Computably enumerable partial orders
• Propagation of partial randomness
• Computable randomness and its properties
• Two betting strategies that predict all compressible sequences
• Schnorr triviality is equivalent to being a basis for tt-Schnorr randomness
• Topological arguments in Kolmogorov complexity
• Nonstandard Analysis: a new way to compute
• Demuth randomness and its variants
• New N=1 dualities from contracting orientifolds
• New facts on classical and quantum N=8 supergravity
• Announcement of String Pheno 2013
• Heterotic Line Bundle Models in Four Dimensions
• Phenomenological Heterotic Theory: Standard Models, the Renormalization Group and All That
• The Dark OPERA
• Discrete gauge symmetries in discrete orientifolds
• The SUSY breaking scale and F-theory unification
• On the Beaming of Gluonic Fields at Strong Coupling
• Model building and moduli stabilisation in Calabi-Yau orientifold compactifications with branes at singularities
• A geometric bound for F-term inflation
• U(n) Spectral Covers from Decomposition
• Exceptional Flux Compactifications
• Coupling Selection Rules in Heterotic Orbifold Compactifications
• The Coulomb Gas of Random Supergravities
• Superpotential de-sequestering as a source of flavour violation
• GLSM descriptions of heterotic compactification spaces
• Towards the Standard Model on Rigid D-Branes
• Super Weyl invariance: BPS equations from heterotic worldsheets
• Non-abelian discrete gauge symmetries in string theory
• Gauge fluxes and M5-instantons in F-theory and their Type IIB duals
• F-theory and G-flux
• Wavefunctions and local models in F-theory
• Yukawas in F-Theory
• Dark Matter density and the Higgs mass in LVS String Phenomenology.
• Fluxes and Warping in F-theory
• Type II and F-theory Instanton Effects
• p-adic Strings at Finite Temperature
• Orientifolds and new N=1 Dualities
• TeV scale SUSY B-L
• Dirac gauginos and unification in F-theory
• Collider Phenomenology of String/M Theory
• Moduli Dependence of M5-instantons in F-theory
• Quasi- Poisson structures, Courant algebroids and Bianchi identities for non-geometric fluxes
• How UV sensitive is inflation?
• The Conifold's Competing Condensates
• Reflections on F-theory Phenomenology
• Vector Bundles and Moduli Stabilization in Heterotic Theories
• Calabi-Yau and Non-Calabi-Yau backgrounds for heterotic phenomenology
• String mass hierarchies and experimental predictions
• Tensor modes on the string theory landscape
• The Wasteland of Random Supergravities
• Anti-branes in Klebanov-Strassler: to be or not to be?
• Searching for de Sitter vacua in String Theory
• Numerical Algebraic Geometry: A New Perspective on String and Gauge Theories
• String--derived models and light U(1) embeddings
• One-Loop Calculation of the Oblique S Parameter in Higgsless Electroweak Models
• Flux Quantization in F-theory and Freed-Witten Anomaly
• Anomalies and Remnant Symmetries in Heterotic Constructions
• Hidden-sector current-current correlators in holographic gauge mediation
• Fluxed M5-instantons in F-theory
• Stringy Origins of Cosmic Structure: The D-brane vector curvaton
• (New) Borders for Quantum Cosmology
• SO(10) Resolutions in F-theory
• Fluxbrane Inflation
• Bundles over Nearly-Kahler Homogeneous Spaces in Heterotic String Theory with Flux
• Lifshitz Solutions in String Theory
• Heterotic bundles on toric Calabi-Yau manifolds
• Multi-field inflationary trajectories with a fast-turn feature
• Bianchi identities for non-geometric fluxes from Palatini-Lovelock-Cartan gravity
• De Sitter vacua in type IIB / F-theory by Kahler uplifting
• Spontaneous Partial Supersymmetry Breaking
• N-flation and No-boundary measure
• Non-geometric fluxes in higher dimensions: II
• Accelerating Universes in String Theory via Field Redefinition
• A Stringy Mechanism for A Small Cosmological Constant
• Non-geometric fluxes in higher dimensions: I
• Compactified string/M theory prediction of the Higgs boson mass and properties.
• An Algorithmic Method for Identifying Swiss Cheese Manifolds
• The Zip Code of Quarks, Leptons and Higgs Bosons
• Supersymmetric unification and R symmetries
• SU(6) orbifold GUT on M4 x RP2 : Gauge - Higgs unification
• Strings in Non-geometric Backgrounds
• Non-commutative/non-associative geometry and effective actions of non-geometric string backgrounds
• Weakly interacting slim particles in astrophysics, cosmology and the laboratory
• Looking for the LARGE volume axiverse
• Cosmology and Moduli Stabilisation for Chiral Global Models
• Open string axions and the flavor problem
• Generic String/M theory Predictions for Particle Physics and Dark Matter
• Phenomenological Targets for String Model Builders
• On Transplanckian Excursions in de Sitter Space
• String theory, the Higgs boson, Dark Matter and the LHC
• Will computers ever become mathematical researchers?
• Fluxbrane Inflation and Moduli Stabilisation
• Conservative extensions and the jump of a structure
• Yukawa Couplings in F-Theory Compactifications
• Quantum Orientifold Effective Actions
• Searchable sets and ordinals in system T
• Definability via Kalimullin Pairs
• Bounds on proof size in security verification
• Automorphisms of models of set theory
• Uniform distribution and algorithmic randomness
• Generalised Geometry for non-relativistic backgrounds
• CFT probes of bulk geometry
• Optical Conductivity from a Holographic Lattice
• Complexity of exponential integer parts on real closed exponential fields
• Coinduction in Computable Analysis
• On the Computational Content of the Minimal-Bad-Sequence Argument
• Superconformal field theories in 6D with non-abelian tensor-Yang-Mills couplings
• Polylogarithmic Cuts of Models of Weak Arithmetic
• Algebra-valued models of set theory
• A Complexity Class Based on Comparator Circuits
• Cusp anomalous dimension in N=4 super Yang-Mills from integrability
• Counting and construction of D-brane quantum states in AdS/CFT
• Consistency statements in Bounded Arithmetic
• Elementary Real Analysis
• Spatially modulated phases in AdS/CFT
• Solving Chern-Simons theory with vector matter in the large N limit
• Syntax and Semantics - another look, especially for dependent type theories
• Consistency, physics, and coinduction
• The Dirichlet problem in AdS and beyond
• Valiants Shift problem: A reduction to a problem about graph guessing games
• Engineering Holographic Graphene
• Open Problem Session
• Ajtai's Completeness Theorem for Nonstandard Finite Structures
• Triality in Minimal Model Holography
• Hyperarithmetical categoricity and abelian groups
• Circularity, Paradoxes and Proofs
• Progress in dS/CFT
• Homogeneous M2 duals
• Cryptographic theory for practice's sake
• Soliton stars as holographic confined Fermi liquids
• 5d Superconformal Index with Enhanced E-type Global Symmetry
• BLG model and M5-branes
• The Holographic Nucleus
• The View from Experiment
• The program-size complexity of universal Turing machines
• Computer-aided security proofs
• Overcoming Weak Expectations
• Cryptographically verified implementation of TLS 1.2
• Zero Knowledge Proofs and Nuclear Disarmament
• How to fake auxiliary input
• The Privacy of the Analyst and The Power of the State
• Rothschild Lecture: Pseudo Deterministic Algorithms and Applications to Cryptography
• Semantic security for the wiretap channel
• Where Delegation Meets Einstein
• Uplifting 5D SYM to 6D and M5-branes
• Leakage-Resilient Zero-Knowledge Proofs and their Applications
• Efficient Smooth Projective Hash Functions and Applications
• How provably secure are cryptographic primitives used in practice
• Definitions of Predicate Encryption
• How to Compute in the Presence of Leakage
• Quadratic Span Programs for Succinct NIZKs without PCPs
• From crypto verif specifications to computationally secure implementations of protocols
• Pairing-based succinct non-interactive zero-knowledge arguments
• Meta-Reductions
• Foundations of Garbled Circuits
• Constructive cryptography
• N^3 and Junctions in 6D (2,0) Theories
• Rational Proofs
• (2,0) theory on (singular) circle fibrations
• Compositionality of game-based secure key-exchange
• Multi-key Homomorphic Encryption and Applications
• Verifying Crypto Protocols Written in C
• Disjoint NP-pairs, automatizability and games
• Studies of the Nambu-brancket M5-brane theory
• Amplitudes and Wilson loops in N=4 SYM in special kinematics
• From Orthogonal Grassmanian to Three-algebra
• Reasoning in non-wellfounded logics
• Propositional calculus and the nature of reality
• The Complexity of Query Answering in Inconsistent Databases
• Harmony of color and kinematics - from trees to loops
• Amplitudes and Wilson loops in twistor space
• Taming amplitudes and correlation functions in N=4 SYM
• Scattering Amplitudes in Three Dimensions
• The quark anti-quark potential and the generalized cusp anomalous dimension at any coupling
• Nonabelian action of M5-branes
• Locality from circuit lower bounds
• Infinitary methods in finite model theory
• Root finding in TC^0 and open induction
• Fragments of approximate counting
• Developing logical theories for several NP search classes
• Proof complexity of circuit lower bounds
• Definability of linear equation systems over groups and rings
• Descriptive complexity of linear algebra
• Zero-energy states in supermembrane matrix models
• NP search problems: Provability and reducibilities
• Uplifting the vacuum in Heterotic M theory
• Toda's theorem in bounded arithmetic with parity quantifiers and bounded depth proof systems with parity gates
• Space Complexity of Polynomial Calculus (joint work with Yuval Filmus, Jakob Nordstrom, Neil Thapen, Noga Zewi)
• From almost optimal algorithms to logics for complexity classes via listings and a halting problem
• Interest Group in Formal Mathematics: Natural Language Proof Checking - The Naproche System
• NP search problems: Complexity and reducibilities
• Alan Turing: the creative power of mathematics
• Phase Transitions and Computational Complexity
• SAT Solving: Present and Future
• Bounded degree and planar spectra
• Supersymmetry constraints on the R^4 multiplet in type IIB on T^2
• The complexity of enumeration and counting for acyclic conjunctive queries
• Branes and wrapping rules
• Ordinal Strength of Logic-Enriched Type Theories
• The hierarchy of equivalence relations on the natural numbers under computable reducibility
• Indistinguishability in Counting Logics and the Complexity of Semi-Algebraic Proofs
• Complexity results for dependence logic
• Model Checking for Modal Intuitionistic Dependence Logic
• Parameterized Complexity of DPLL Search Procedures
• Parameterised Proof Complexity
• Logical Methods in the Complexity Analysis of Graph Algorithms
• Proof Complexity of Paris-Harrington Tautologies
• Complexity of computations and proofs and pseudo-finite structures
• Infinite chess: the mate-in-n problem is decidable and the omega-one of chess
• New Results on Massive Gravity
• The relative consistency of the axiom of choice mechanized using Isabelle/ZF
• Gravity duals of supersymmetric gauge theories on curved manifolds
• Holographic description of boundary and interface CFTs
• Definable relations in the Turing degree structures
• Proof complexity generators
• Chern-Simons Vector Models
• Computational content of coinductive proofs (Interest Group in Formal Mathematics)
• String Theory, Duality and Art
• The 4D/5D connection, black holes and higher-derivative couplings
• Limitwise monotonicity spectra and uniformity
• Computational modeling of emotions
• Two visions from Turing: Universality and the power of constraining resources
• Amplitudes for Fivebranes
• Satisfiability of elastic demand
• Taxonomy of models for storage and time-shifting of demand
• Risk aversion in LP models of investment in electricity plants
• Novel time series models for the simulation of wind speed fields in GB
• Hard tautologies
• On the strongly bounded Turing degrees of the computably enumerable sets
• Searching for U-duality supermultiplets
• Literate Proving: Informal Discussion Group
• AdS4/CFT3 and Quasi-localization of Gravity
• A geometry of non-geometric fluxes
• Synthesis from Components
• Bridging Formal Methods in Computer Science for Scientific Computing and Cognitive Science Modelling Tasks
• Fully Homomorphic Encryption
• Momentum space entanglement and renormalization in quantum field theory
• A Non-Abelian Self-Dual Gauge Theory in 5+1 Dimensions
• Generalized structures of ten-dimensional supersymmetric solutions
• Model-comparison games with algebraic rules
• Fluid-Gravity Duality at a Cutoff Surface
• Meeting of the Interest Group on Formal Mathematics: Fine-grained mathematical dependencies in the Mizar proof assistant
• Meeting of the Interest Group on Formal Mathematics: Fine-grained mathematical dependencies in the Mizar proof assistant
• M2/M5 systems and 5d SYM
• Double sigma models and double field theory
• Predictably terminating computations
• The structure of Weihrauch degrees
• Proofs and Computations
• Universality and Computation
• M-branes and loop spaces
• Automorphic properties of string theory amplitudes in various dimensions
• Big open problems: a discussion session
• The contribution of Alan Turing to British intelligence
• Pattern Formation and Turing Pattern in Developing Cell Systems
• From Mind to Turing to Mind
• The laws fascination with homosexual acts: Insights from the Wolfenden review archive
• Zuse and Turing
• IBM Watson from Jeopardy! to Healthcare. Could a quiz-show winning computer advise your doctor?
• Gauge theory duality from M-theory and topological vertex
• Formal mathematics and natural language
• The AE-theory of the partial ordering of the Sigma^0_2-enumeration degrees
• Informal discussion session on generalised geometry
• M-theory dualities and generalised geometry
• Supersymmetric Double Field Theory: Stringy Reformulation of Supergravity
• Fermionic T-duality
• Fermionic T-duality
• Number theoretic consequences of Ramsey theoretic principles
• Computable Structures of High Scott Rank
• Lowness for Information
• Proof complexity and search problems
• Practical Reasoning with Proofs and Types
• One-dimensional solutions of M-theory
• Novel geometries from supersymmetric near-horizon solutions
• The Bousfield lattice from a set-theoretic perspective
• A logicians approach to Network Coding
• Homotopy Type Theory and the Structure Identity Principle
• Automorphic forms on SL(3) and higher rank groups
• Problems in Cryptographic Standards and Implementations
• Key Exchange: Security Models and Automatic Analysis
• Yangian invariant scattering amplitudes in ABJM theory
• Yangian invariant scattering amplitudes in ABJM theory
• Verificatum -- An efficient and provably secure mix-net
• Instantons and M5-branes
• From Cryptographer's Cryptography to Engineer's Crypto
• Cars and Voting Machines: Embedded Systems in the Field
• Practice-Driven Cryptographic Theory
• Chern-Simons and ABJM with Boundary
• Lessons Learned from Four Years of Implementation Attacks against Real-World Targets
• Theory and practice for hash functions
• Cryptography with Work-based Corruptions and the Combinatorics of Anonymity
• The practical application of cryptography to international card payments
• Efficient Verification of ElGamal Ciphertext Shuffles
• Mathematical and practical security problems not directly related to cryptography
• Storage encryption and key management
• Privacy in Deniable Anonymous Concurrent Authentication with Setup is Impossible: Do we Care?
• Permutation groups, Mock modular forms, K3 surfaces and Moonshine (III)
• Reuniting the antipodes: bringing together Nonstandard Analysis and Constructive Analysis
• Permutation groups, Mock modular forms, K3 surfaces and Moonshine (I)
• Singularity structure and massless dyons of pure N = 2, d = 4 theories with SU(r+1) and Sp(2r) gauge groups
• Automated and Human Proofs in General Mathematics: An Initial Comparison
• Constructive Thoughts on Operator Algebras
• Computability Questions about Fields
• BPS Invariants of Rational Surfaces
• Sherali-Adams Relaxations and Graph Indistinguishability
• Fundamental Structures of M(brane) Theory
• Generalized quark-antiquark potential of N=4 SYM at weak and strong coupling
• Slow Consistency
• Slow Consistency
• The Logic of Dependence and Independence
• The Logic of Dependence and Independence
• A Proof Pattern in Algebra
• A Proof Pattern in Algebra
• Localization and Exact Quantum Entropy of Black Holes
• A 4d-2d correspondence for Sicilian quivers
• Wall-crossing, dilogarithm identities and the QK/HK correspondence
• String Theory and the Moonshine Programme
• Instanton calculus in quiver gauge theories
• Line bundle Standard Models
• Lagrangian cycles and knots at large N
• Higher Spin Gravity and 2d CFTs
• M-branes and String structures
• D-brane/O-plane effective actions, disc amplitudes and T-duality
• SAS reception to be held in the Gatehouse
• Extended Goodstein sequences
• Reductions with reduced supersymmetry using generalized geometry
• Stringy corrections with B-field
• Supergravity as generalised geometry
• A ten-dimensional action for non-geometric fluxes
• Geometry and Connectedness of Heterotic String Compactifications with Fluxes
• On syntactic and semantic complexity classes
• Measures of Relative Complexity
• Modern cryptography for non-cryptographers
• The global structure of the Turing degrees and the bi-interpretability conjecture
• An introduction to polynomial chaos and its applications
• Strategies to Analyse Unreplicated Factorial Split-Plot Designs
• Position tomography and seismic inversion
• Bar Code Scanning -- An Inverse Problem for Words
• Finite difference resistivity modeling on unstructured grids with large conductivity contrasts
• Microlocal Analysis of Bistatic Synthetic Aperture Radar Imaging
• Inverse Problems in the Prediction of Reservoir Petroleum Properties using Multiple Kernel Learning
• A wave equation based Kirchhoff operator and its inverse
• Numerics of waveform inversion for seismic data
• Inverse Source Problems of Active Sound Control for Composite Domains
• Inverse problems for the potential form wave equation in an annulus
• Seismic inverse problems - towards full wavefield acquisition?
• Full Waveform Inversion in Laplace Domain
• Earth imaging - a developing picture
• The future of imaging and inversion in a complex Earth
• Imaging using reciprocity principles: extended images, multiple scattering and nonlinear inversion
• 2D nonlinear inversion of walkaway data
• Alternative formulations for full waveform inversion
• Some applications of least-squares inversion in exploration geophysics
• Besov Priors for Bayesian Inverse problems
• Spatial categorical inversion: Seismic inversion into lithology/fluid classes
• Particle filters in highly nonlinear high-dimensional systems
• Identification of non-linearities in transport-diffusion models of crowded motion
• Local analysis of the inverse problem associated with the Helmholtz equation -- Lipschitz stability and iterative reconstruction
• Seismic inverse scattering by reverse time migration
• Modulated plane wave methods for Helmholtz problems in heterogeneous media
• Inverse estimation of fibre reinforced soft tissue of human gallbladder wall
• Theoretically-exact CT-reconstruction from experimental data
• Acousto-Optic Imaging and Related Inverse Problems
• Introduction to Radar Imaging
• Multiplicative algorithms for computing D-optimal experimental designs with linear constraints on the design weights
• Identification of the blood perfusion coefficient
• Mixture of Mixture Designs: Optimisation of Laundry Formulations
• Dimensional Analysis in Experimental Design
• Industry Day
• Gaussian beams and geometric aspects of Inverse problems
• Optimizing Combination Therapy under a Bivariate Weibull Distribution with Application to Toxicity and Efficacy Responses
• Information in Two Stage Adaptive Design
• Data Assimilation with Numerical model error
• Nonlinear Fourier transform and electrical impedance tomography
• Common singularities in SPECT and SAR inverse problems
• Biomechanical Imaging in Tissue - Using Time Dependent Data
• Solving Nonlinear Dispersive Equations in Dimension Two by the Method of Inverse Scattering
• Local injectivity for generalized Radon transforms
• Local injectivity for generalized Radon transforms
• Hybrid Inverse Problems and Internal Functionals
• Welcome from John Toland (INI Director)
• Optimal cross-over designs for full interaction models
• Meeting with organisers of the free boundary problems
• Meeting with organisers of the free boundary problems
• Automatic analysis of variance for orthogonal plot structures
• Homogenization methods for metamaterials: An introduction
• Gauge equivalence in inverse stationary transport
• Staff meeting
• Cloaking: science meets science fiction
• Boundary distance: volume and geodesic ray transform
• Evaluating Peterborough's no cold calling initiative using space-time Bayesian hierarchical modelling
• Using velocity fields in evaluating urban traffic congestion via sparse public transport data and crowedsourced maps
• Statistical problems in computer vision
• Multiphase experiments in the biological sciences
• Optimal design and analysis procedures in two stage trials with a binary endpoint
• Design and analysis of biodiversity experiments
• Bayesian sequential experiment design for quantum tomography
• Forward Smoothing and Online EM in changepoint systems
• Variation independent parametrizations
• Log-concavity, nearest-neighbour classification, variable selection and the Statistics Clinic
• Inverse probability weighting with missing predictors of missingness or treatment assignment
• Bayesian evidence synthesis to estimate progression of human papillomavirus
• Rare variant analysis in large-scale association and sequencing studies
• Statistical modeling of gene expression levels
• Measures for capturing coverage of genetic variation in a population
• Cambridge Statistics Initiative - poster sessions
• Cambridge Statistics Initiative meeting
• Reconstruction scheme for active thermography
• Elliptic Schubert calculus
• Singularities in nilpotent cones of exceptional type
• Categorification and finite dimensional modules of DAHA
• The Odd NilHecke algebra
• On critical level representations of affine Kac-Moody algebras
• Localization of affine W-algebras at the critical level
• Perverse sheaves on affine Grassmanians and geometry of the dual group
• Representations of finite W-algebras associated to classical Lie algebras
• On disconnected reductive groups
• Hesselink stratification of nullcones and base change
• Koszul duality in positive characteristic
• Extensions of tempered representations and R-groups
• Lie powers for general linear groups and Lie modules for symmetric groups
• Electromagnetic mediums with a double light cone structure
• Some applications of parity sheaves
• Quasi-isolated blocks of exceptional groups
• Categorification, canonical bases and knot invariants
• Differential operators on quantized flag manifolds
• Koszulity of the walled Brauer algebra
• Accurate emulators for large-scale computer experiments
• Bayesian Calibration of Computer Model Ensembles
• Investigating discrepancy in computer model predictions
• Calibration of multi-fidelity models for radiative shock
• Interpolation of Deterministic Simulator Outputs using a Gaussian Process Model
• Panel: Input uncertainty and experimental robustness
• Constrained Optimization and Calibration for Deterministic and Stochastic Simulation Experiments
• Assessing simulator uncertainty using evaluations from several different simulators
• Coupled Gaussian Process Models
• Metamodels and the Bootstrap for Input Model Uncertainty Analysis
• Some Challenges with Input Uncertainty
• Input Uncertainty: Examples and Philosophies
• Simulation optimization via bootstrapped Kriging: survey
• Enhancing Stochastic Kriging Metamodels with Stochastic Gradient Estimators
• Policy Informatics for Co-evolving Socio-technical Networks: Issues in Believability and Usefulness
• Poster Session
• Non-collapsing Spacing-filling Designs for Bounded Regions
• Bridge Designs for Modeling Systems with Small Error Variance
• Batch sequential experimental designs for computer experiments
• Panel: Challenges When Interfacing Physical Experiments and Computer Models
• Sturm-Liouville operators with inner singularities and indefinite inner products
• Sequential screening with elementary effects
• Orthogonal nearly Latin hypercubes
• Space filling designs for computer experiments: some algorithms and numerical results on industrial problems
• Weighted space-filling designs
• Construction of orthogonal and nearly orthogonal Latin hypercube designs for computer experiments
• Construction of orthogonal and nearly orthogonal Latin hypercube designs for computer experiments
• A Short Overview of Orthogonal Arrays
• Emulating complex codes: The implications of using separable covariance functions
• Statistical calibration of complex computer models: A case study with the Lyon-Feder-Mobarry model of the magnetosphere
• The Design of Validation Experiments
• Design and analysis of variable fidelity multi-objective experiments
• Design for Variation
• Poster Preview (All Poster Presenters)
• Emulating the Nonlinear Matter Power Spectrum for the Universe
• Savings Millions (lives and money) with Simulation Experiments
• Conference Organisation and Goals
• Optimising the allocation of participants in a two-stage randomised experiment to estimate selection, preference and treatment effects
• A comparison of three Bayesian approaches for constructing model robust designs
• A Class of Three-Level Designs for Definitive Screening in the Presence of Second-Order Effects
• Screening strategies in the presence of interactions
• Optimal design of experiments with very low average replication
• Optimal Design under Heteroscedasticity for Gaussian Process Emulators with replicated observations
• An Evolutionary Approach to Experimental Design for Combinatorial Optimization
• The algebraic method in statistics: Betti numbers and Alexander duality
• New Classes of Second-Order Equivalent-Estimation Split-Plot Designs
• The Specification of Robust Binary Block Designs Against the Loss of Whole Blocks
• On Minimal-Point Designs
• Design of Networked Experiments
• Bayesian Adaptive Design for State-space Models with Covariates
• Fitting Latent Variable Models for Paired Comparisons and Ranking Studies - An Application of Optimal Design Theory
• D-optimal designs for multinomial experiments
• Optimal designs for 2^k experiments with binary response
• Improving the efficiency of individualized designs for the mixed logit model by including covariates
• Assessing the Efficiencies of Optimal Discrete Choice Experiments in the Presence of Respondent Fatigue
• Estimating the heterogeneity distribution of willingness-to-pay using individualized choice sets
• Nature-Inspired Metaheuristic Algorithms for Generating Optimal Experimental Designs
• Optimal designs, matrix polynomials and random matrices
• Panel Discussion: Future Directions for DOE
• Designed Biofluid Mixtures Allow Feature-Wise Evaluation Of Metabolic Profiling Analytical Platforms
• Robust microarray experiments by design: a multiphase framework
• An overview of functional data analysis with an application facial motion modelling
• Engineering-Driven Statistical Adjustment and Calibration
• Causal Inference from 2-level factorial designs
• Constructing and Assessing Exact G-Optimal Designs
• Transmission Eigenvalues
• A particle filter for Bayesian sequential design
• Information in adaptive optimal design with emphasis on the two stage case
• Randomization, Regularization and Covariate Balance in Response-Adaptive Designs for Clinical Trials
• Post-Fisherian Experimentation: from Physical to Virtual
• Generalized Sampling and Infinite-Dimensional Compressed Sensing
• Medical Morphometry using Computational Quasiconformal Geometry
• The geometry of the Riemannian manifold of Landmark points, with applications to Medical Imaging
• A free-discontinuity approach to inverse problems
• Personalization of electromechanical models of the heart
• Network Flows and Non-Linear Discrete Total Variation Evolutions
• The attenuated X-ray transform on curves
• Conductivity imaging from one interior measurement in the presence of perfectly conducting and insulating inclusions
• Challenges of combining image derived information across modalities, over scale, over time and across populations
• Shape Analysis of Population of Manifolds in Computational Anatomy
• X-ray Tomography and Discretization of Inverse Problems
• Geodesic methods for Biomedical Image Segmentation
• Expansion methods for medical imaging
• Neuronal Current Decomposition via Vector Surface Ellipsoidal Harmonics
• Groups of diffeomorphisms and shape spaces
• Multi-physics Inverse Problems and Internal Functionals
• Inverse Problems in Optical Tomography
• Cancer Imaging: State-of-the-art and unmet challenges
• Imaging biomarkers in Alzheimer's Disease: the technical and regulatory challenges of global deployment
• Imaging biomarkers in Alzheimer's Disease: the technical and regulatory challenges of global deployment
• Photoacoustic Tomography: Ultrasonically Breaking through the Optical Diffusion Limit
• Photoacoustic Tomography: Ultrasonically Breaking through the Optical Diffusion Limit
• Adaptive and stochastic algorithms for piecewise constant EIT and DC resistivity problems with many measurements
• Robust principle component analysis based four-dimensional computed tomography
• Photoacoustic Imaging with Focused Illumination
• Variational Methods in images processing, integro-differential equations and applications to histology and MR imaging
• Efficient Probabilistic Model Personalization Integrating Uncertainty on Data and Parameters: Application to Eikonal-Diffusion Models in Cardiac Electrophysiolo
• Image Visualization and Restoration by Curvature Motions
• Graphical Models and Discrete Optimization in Biomedical Imaging: Theory and Applications
• Laplace-Beltrami Eigen-Geometry and Applications to 3D Medical Imaging
• Travel Time Tomography and Tensor Tomography
• Computational Conformal / Quasi-conformal Geometry and Its Applications
• Recent developments in adaptive clinical trials to account for individual and collective ethics
• Principles for Response-Adaptive Randomization
• Some Issues Response-Adaptive Designs for Dose-finding Experiments
• PKPD modelling to optimize dose-escalation trials in Oncology
• Functional uniform prior distributions for nonlinear regression
• Optimizing the Concentration and Bolus of a Drug Delivered by Continuous Infusion
• A Bayesian Adaptive Design with Biomarkers for Targeted Therapies and Some Commentary on Adaptive Designs
• From Bench to Bedside: The Application of Differential Protein Networks on Bayesian Adaptive Designs for Trials with Targetted Therapies
• An efficient alternative to the complete matched-pairs design for assessing non-inferiority of a new diagnostic test
• The usefulness of Bayesian optimal designs for discrete choice experiments
• Discrete choice experimental design for alternative specific choice models: an application exploring preferences for drinking water
• Challenges in the Design and Analysis of a Randomized, Phased Implementation (Stepped-Wedge) Study in Brazil
• Optimal designs for discrete choice experiments in the presence of many attributes
• Sample size, statistical power and discrete choice experiments: How much is enough
• Systematic review of the use of stepped wedge cluster randomized trials
• Application of model-based designs in drug development
• Bayesian approaches to Phase I clinical trials: methodological and practical aspects
• Dose Escalation using a Bayesian Model: rational decision rules.
• Response-adaptive dose-finding under model uncertainty
• Utility and pitfals of dose ranging trials with multiple study objectives: fixed or adaptive
• Jointly optimal design of Phase II and Phase III clinical trials: an over-arching approach
• Penalized optimal design for dose finding
• Adaptive Dose-Ranging Designs with Two Efficacy Endpoints
• Ethical issues posed by cluster randomized trials in health research
• A cluster-randomised cross-over trial
• Dose Selection Incorporating PK/PD Information in Early Phase Clinical Trials.
• Sample size calculations for cluster randomised trials
• Cluster Randomised Trials: coping with selective recruitment, baseline covariates and anticipated drop-outs?
• Biomarker-based Bayesian Adaptive Designs for Targeted Agent Development - Implementation and Lessons Learned from the BATTLE Trial
• Experiments for Enzyme Kinetic Models
• The Role of Operating Characteristic in Assessing Bayesian Designs in Pharmaceutical Drug Development
• Software for the population optimum design of experiments
• A general method to determine sampling windows for nonlinear mixed effects models
• Improved conditional approximations of the population Fisher information matrix
• Approximation of the Fisher information and design in nonlinear mixed effects models
• Approximation of the individual Fisher information matrix and its use in design of population PK/PD studies
• Optimum designs for transform-both-sides nonlinear mixed effects model in the presence of covariates
• Group sensor scheduling for parameter estimation of random-effects distributed systems
• Sequential stopping for high-throughput experiments
• Bayesian enrichment strategies for randomized discontinuation trials
• Optimal design of clinical trials in Alzheimer's disease
• Lecture on estimation and inference: Non-maximum likelihood estimation and statistical inference for linear and nonlinear mixed models
• Designs for mixed models with binary response
• Designs for mixed models with binary response
• Block designs for non-normal data via conditional and marginal models
• Block designs for non-normal data via conditional and marginal models
• GLMs and GLMMs in the analysis of randomized experiments
• Artificial black holes
• GLMs and GLMMs in the analysis of randomized experiments
• Experimental designs for estimating variance components
• Experimental designs for estimating variance components
• Lecture on modelling: Mixed effects non-linear and generalized linear models
• Lecture on modelling: Mixed effects non-linear and generalized linear models
• Adaptive time-frequency detection and filtering for imaging in strongly heterogeneous background media
• Carleman estimate for Zaremba boundary condition
• Inverse scattering from cusp on generalized arithmetic surfaces
• Sampling methods for time domain inverse scattering problems
• Optimal designs and geometries
• Some issues on the inverse conductivity problem with a complex coefficient
• The Factorization Method for an Electromagnetic Inverse Scattering Problem
• Transmission Eigenvalues for a Spherically Stratified Medium
• New non-elliptic methods in the analysis of the Laplacian on conformally compact (asymptotically hyperbolic) spaces
• The inverse crack problem
• Inverse problem for systems in 2 dimension
• An inverse problem for the p-Laplacian
• Transmission Eigenvalues and Upper Triangular Compactness
• Cloaked wave amplifiers via transformation optics
• Using the formalism of inverse problem in the theory of integrable models
• Highlighted lecture 3 - Inverse Problems in Biomedical Imaging
• C5 - Coherent interferometric imaging in random media IV
• C4 - Introduction to computational inversion IV
• C5 - Coherent interferometric imaging in random media III
• Factorial design discussion - Steve Gilmour
• C4 - Introduction to computational inversion III
• Highlighted lecture 2 - Stability of Inverse Problems and related Topics from Differential Geometry
• Optimal resistor networks and their relevance to incomplete block designs
• C5 - Coherent interferometric imaging in random media II
• C3 - The Factorization Method for Inverse Problems IV
• C5 - Coherent interferometric imaging in random media I
• C3 - The Factorization Method for Inverse Problems III
• C4 - Introduction to computational inversion II
• C4 - Introduction to computational inversion I
• C3 - The Factorization Method for Inverse Problems I
• Highlighted lecture 1 - Iterative methods in inverse obstacle scattering revisited
• C2 - Reconstructions from Partial Boundary Data IV
• C2 - Reconstructions from Partial Boundary Data III
• Contributed talks
• C2 - Reconstructions from Partial Boundary Data II
• C2 - Reconstructions from Partial Boundary Data I
• Information-based methods in dynamic learning
• SMART: Progress towards an optimising time-lapse geoelectrical imaging system
• Advances in nonlinear geoscientific experimental and survey design
• Optimal design and properties of correlated processes with semicontinuous covariance
• Spatial design criteria and space-filling properties
• Bayesian experimental design for stochastic dynamical models
• From parametric optimization to optimal experimental design: A new perspective in the context of partial differential equations
• Resource-limited mobile sensor routing for parameter estimation of distributed systems
• Sensor network scheduling for identification of spatially distributed processes
• Bayesian experimental design for percolation and other random graph models
• Optimal design for inverse problems
• Optimal input signals for parameter estimation in distributed-parameter systems
• Applications-oriented experiment design for dynamical systems
• Neural networks for nonlinear modeling of dynamic systems: Design problems
• Methodology and application of optimal input design for parameter estimation
• Methodology and application of optimal input design for parameter estimation
• Adaptive design and control
• Bayesian optimization: A framework for optimal computational effort for experimental design
• On exact optimal sampling designs for processes with a product covariance structure
• New approach to designing experiments with correlated observations
• Optimal experimental designs for stochastic processes whose covariance is a function of the mean
• Enhanced model-based experiment design techniques for parameter identification in complex dynamic systems under uncertainty
• On sufficient conditions for implementing the functional approach
• Optimal experimental design for stochastic population models
• Optimal design for the estimation of population location parameters in nonlinear mixed effects models
• Individuals are different: Implications on the design of experiments
• Optimal experimental design for nonlinear systems: Application to microbial kinetics identification
• Optimal model-based design for experiments: some new objective and constraint formulations
• Higgs bundles and quaternionic geometry
• Moduli spaces of locally homogeneous geometric structures
• Bridgeland stability conditions and Fourier-Mukai transforms
• Derived equivalences of Azumaya algebras on K3 surfaces
• Derived categories and rationality of conic bundles
• Kahler-Einstein metrics and Geometric Invariant Theory
• Monopoles on the product of a surface and the circle
• Rank two Brill-Noether theory and the birational geometry of the moduli space of curves
• Topology of moduli spaces of vector bundles on a real algebraic curve
• Moduli of plane sheaves supported on curves of low multiplicity
• Brill-Noether theory for vector bundles with fixed determinant
• Refined curve counting on algebraic surfaces
• Compactifications of reductive groups as moduli stacks of bundles
• Higgs bundles and Hermitian symmetric spaces
• Hyperpolygons and moduli spaces of parabolic Higgs bundles
• Arithmetic and physics of Higgs moduli spaces
• Estimating ultra-large phylogenies and alignments
• The combinatorics of distance-based tree inference
• Stochastic Errors vs. Modeling Errors in Distance Based Phylogenetic Reconstructions
• Assessing the limits of phylogenomics: can too much data be a bad thing?
• b-stability and blow-ups
• Further Examples of Bridgeland Stable Moduli Spaces
• Integrative analysis if environmental sequences
• Mammalian phylogeny reveals recent diversi cation rate shifts
• A generalization of Stirling numbers and distribution of phylogenetic trees
• A Lie algebraic classification of continuous-time Markov models
• Tree reconciliations: beyond the LCA mapping
• Coalescent-based Species Tree Inference from Gene Tree Topologies Under Incomplete Lineage Sorting by Maximum Likelihood
• Trees as representations of evolutionary information worth keeping
• The logarithmic Laplace transform in convex geometry
• An empirical study of the effect of sequence alignment on phylogenetic analysis
• Gradient flows of the entropy for finite Markov chains
• Sequence Classification using Reference Taxonomies
• Phylodynamic inference - accounting for the interaction of evolutionary and ecological processes
• Bayesian time-tree priors
• Genome sequencing of Leishmania donovani clinical lines reveals dynamic phylogenetic variation
• Evaluating the goodness of fit between a phylogenetic model and an alignment
• New methods of identifying fast-evolving sites in aligned sequence data
• Principal components analysis in tree space
• Principal components analysis in tree space
• Modeling the Evolutionary Dynamics of CRISPR spacers
• Corrections to a class of methods for inferring species trees from gene trees
• Phylogenetic trees and k-dissimilarity maps
• Applications of Discrete Harmonic Analysis, Probabilistic Method and Linear Algebra in Fixed-Parameter Tractability and Kernelization
• Phylogenies from DArTs: A stochastic Dollo proces with censored data
• Tanglegrams for Rooted Phylogenetic Trees and Networks
• Extensions of Grothendieck's theorem on principal bundles over the projective line
• Ancestral Recombination Graphs for Missing and Removable Data
• On the elusivity of softwired clusters
• Quartets and unrooted phylogenetic networks
• Reconciling Gene Trees in the Presence of Incomplete Lineage Sorting and Hybridization
• Identifying Lateral Transfers with Neighbor-Nets
• Metrics on Multi-labeled Trees: Interrelationships and Diameter Bounds
• On the Complexity of the Quartet Challenge
• Revisiting the question how many characters are needed to reconstruct the true tree
• The Complexity of the uSPR distance
• Recent Progress on Multi-State Perfect Phylogeny (Compatibility) Problems
• Logarithmic Gromov-Witten invariants
• Bounded cohomology and Higgs bundles
• Virtual classes, Quot schemes and stable quotients
• Wine reception
• Quantitative geometry and efficient classification procedures
• Other Correspondents' business
• Towards an entropy-based sumset calculus for additive combinatorics and convex geometry
• An open discussion with all participants on how to promote truly cross-disciplinary Programmes at the Newton Institute
• Stability and complexity in model banking systems
• Welcome by Caroline Series, Chair of Correspondents
• Is asymptotic extremal graph theory of dense graphs trivial?
• Bundles of rank 2 with 4 sections on curves
• Linear stability and stability of dual span bundles
• Vector bundles and coherent systems on nodal curves
• Localization in quiver moduli spaces and the Refined GW/Kronecker correspondence
• Towards a geometric compactification of moduli of polarized K3 surfaces
• Mirror symmetry for affine Calabi-Yaus
• Stable Schottky relations
• Uhlenbeck-Donaldson compactification for framed sheaves
• Computability and Complexity of Julia Sets
• Ricci curvature of Finsler manifolds, towards applications in the geometry of Banach spaces
• Singular integrals in bad neighborhoods I: Singular integrals for Geometric Measure Theory
• Orthogonal and symplectic parabolic bundles
• New results in higher rank Brill-Noether theory
• On the modular interpretation of the Nagaraj-Seshadri locus
• Vertex Sparsifiers and Lipschitz Extendability
• Favourite distances in high dimensions
• On simple finite subgroups in the Cremona group of rank 3
• How to Play Unique Games Against a Semi-Random Adversary
• Vector bundles on the algebraic 5-sphere and punctured affine 3-space
• A new approach for the Toledo invariant
• A curved Brunn-Minkowski inequality in the discrete cube
• Discrete Ricci curvature with applications
• Metric properties of spaces of stability conditions
• Partially positive line bundles
• Rates of convergence in the entropic central limit theorem
• 3 terns arithmetic progressions in finite fields (II)
• Curve counting invariants on Calabi-Yau 3-folds
• Moduli of sheaves and strange duality
• Moduli in derived categories
• On symplectic hypersurfaces
• Abel-Jacobi map, integral Hodge classes and decomposition of the diagonal
• Randomized algorithms for the approximation of matrices
• On various sum-product inequalities
• Special determinants in higher-rank Brill-Noether theory
• The ferromagnetic Potts model: phase transition, gadgets and computational complexity
• Generalisation of the tetragonal construction
• Motivic Donaldson-Thomas theory of the conifold
• Wall-crossing of the motivic Donaldson-Thomas invariants
• Integrable systems, Mirror Symmetry and Donaldson-Thomas invariants
• D-manifolds, a new theory of derived differential geometry
• Hilbert schemes of singular plane curves and HOMFLY homology of their links
• Long Arithmetic Progressions in Sumsets
• BPS states, Donaldson-Thomas invariants and Hitchin pairs
• S-duality and mirror symmetry in Chern-Simons theory
• Ribbon Graphs and Mirror Symmetry
• Exceptional collections on Grassmannians of classical groups
• Landau-Ginzburg/Calabi-Yau correspondence, analytic continuation and global mirror symmetry
• Categorical Matrix Factorizations
• K3 surfaces of genus 17
• Explicit Euclidean Sections, Codes over the Reals and Expanders
• Trivertices and a corresponding class of hyperKahler spaces
• Quiver varieties and tensor products
• Categorified Heisenberg actions on Hilbert schemes
• Homological Mirror Symmetry, Gaps and Spectra
• Spectra and Gaps as cohomological theory
• Relative spherical objects and spherical fibrations
• Arithmetic complexity and the sum of squares problem (II)
• Multilinear Kakeya type inequalities and factorization
• Postnikov stability for complexes
• The motivic Donaldson-Thomas invariants of fat points
• The Pfaffian-Grassmannian correspondence via Landau-Ginzburg models
• Triangle-intersecting families of graphs
• Arithmetic complexity and the sum of squares problem (I)
• Quadratic differentials as stability conditions
• A quantitative version of the Gibbard-Satterthwaite theorem
• High frequency criteria for Boolean functions (with an application to percolation)
• Expansion of small sets in graphs
• The Brascamp--Lieb inequalities and the restriction problem for the Fourier transform
• Proving theorems inside sparse random sets
• Somewhere between Freiman's theorem and the Polynomial Freiman-Ruzsa conjecture
• A two prover one round game with strong soundness
• Convex decay of entropy in interacting systems
• Sharp threshold for percolation on expanders
• The semiclassical limit for eigenfunctions of the laplacian : a survey
• Influences and Boolean functions representations
• On the usefulness of predicates
• Dictatorships and juntas in the symmetric group
• Quantum one-way communication can be exponentially stronger than classical communication
• Transportation and related inequalities in discrete spaces
• The Fourier Entropy-Influence conjecture for certain classes of Boolean functions
• Tail and moment estimates for Rademacher chaos
• Compressed sensing: Lecture 8
• Generalized sampling and infinite-dimensional compressed sensing
• Koszul cohomology and higher rank vector bundles on curves
• Compressed sensing: Lecture 7
• Prym varieties of triple coverings
• Compressed sensing: Lecture 6
• Compressed sensing: Lecture 5
• Compressed sensing: Lecture 4
• The Dantzig selector for high dimensional statistical problems
• Compressed sensing: Lecture 3
• Compressed sensing: Lecture 2
• Compressed Sensing in RF
• Compressed Sensing: Lecture 1
• The role of electrical energy storage in smart grids
• Availability growth in the operation of offshore wind turbines
• Rolling optimisation in natural gas markets
• Time-series modelling of aggregated wind power output
• Preliminary assessment of wind climate fluctuations and use of dynamical systems theory for resource assessment
• Modelling problems posed to the electricity system planner and operator by wind power
• Generation adequacy in future power systems
• Coarse Lipschitz embeddings and asymptotic structure of Banach Spaces
• Spectrum of large non-hermitian random matrices
• Nodal curves old and new
• Poisson modules
• A set up for the cathegorical Langlands Correspondence
• Introduction to a motivic point of view on the cohomology of moduli spaces of bundles on curves
• A new definition of influences of Boolean functions
• Finding primes deterministically
• Morse theory and the moduli space of flat connections over a nonorientable surface
• Moduli spaces of abelian varieties with Iwahori level structure
• Polarisation problems
• Vertices of high degree in the preferential attachment tree
• Higgs bundles for the non-compact dual of the unitary group
• Calculating Thom polynomials
• The $L^2$ geometry of vortex moduli spaces
• On the monodromy of the Hitchin connection.
• Row products of random matrices
• Stable bundles and holonomy groups of smooth projective varieties.
• Moduli of Symplectic Maximal Representations
• Concentration inequalities for log-concave measures
• The Khinchine inequalities with optimal constants via ultra log-concavity
• Schematic Harder Narasimhan stratification
• The polynomial method in combinatorial incidence geometry
• Some remarks on Mahler's conjecture for convex bodies
• On the singularities of moduli spaces of principal bundles
• Parahoric bundles and parabolic bundles
• (k,l)-stability
• The locus of intermediate Jabobians of cubic threefolds
• Counter-examples of high Clifford index to Prym-Torelli
• Hodge polynomials of the moduli space of SL (2,C) - character varieties
• Cell decompositions of moduli spaces and generalisations
• A compactification for the moduli stack of bundles on a surface
• Poincare families and line bundles on moduli stacks of G-bundles
• On Gromov's theorem on groups of polynominal growth and related topics
• On the Calculus underlying Donaldson-Thomas theory
• Coupled Equations, cscK metrics and geodesic stability
• On geometric incidences
• On geometric incidences
• Jordan's theorem on finite linear groups and its approximate Analogues
• Kirwan blow-ups and moduli spaces
• Moduli Spaces of Gorenstein Quasi-Homogenous Surface Singularities
• Relative Fourier-Mukai transforms for Weierstrass fibrations, abelian schemes and Fano fibrations
• Stable spectral bundles on K3 fibered 3-folds
• Maximal inequality for high-dimensional cubes
• Derived McKay correspondence in dimensions 4 and above
• Coarse Lipschitz embeddings of expander graphs and cotype
• Equilateral sets in normed spaces
• Introduction to moduli of varieties - V: Surfaces of general type: the general case
• Introduction to derived categories and stability conditions - V
• On the Unique Games Conjecture
• Topics in Sparse Recovery
• Ringel-Hall algebras and applications to moduli - III
• Introduction to stacks - IV
• ME embeddings for groups
• Recent work of Nigel Kalton
• Embeddings and topological rigidity
• Introduction to moduli of varieties - IV: Surfaces of general type related to abelian varieties and hyperplane arrangements
• Introduction to derived categories and stability conditions - IV
• Ringel-Hall algebras and applications to moduli - II
• Introduction to stacks - III
• Cover times of graphs, majorizing measures, and the Gaussian free field
• Introduction to moduli of varieties - III: Weighted hyperplane arrangements
• Introduction to derived categories and stability conditions - III
• Coarse non-amenability and coarse embeddings
• A survey on random walks on groups
• Ringel-Hall algebras and applications to moduli - I
• Norm Estimation, Precision Sampling, and Rademacher Type
• Introduction to stacks - II
• Behaviour of Hilbert compression for groups, under group constructions
• A non-linear lower bound for planar epsilon-nets
• Introduction to moduli of varieties - II: Stable toric and semiabelic varieties
• Introduction to derived categories and stability conditions - II
• Representations of surface groups and Higgs bundles - III
• Ultrametric subsets with large Hausdorff dimension
• Introduction to stacks - I
• Discrete differentiation and local rigidity of smooth sets in the plane
• Duality for Lipschitz p-summing operators
• Hilbert space compression of groups and dimension growth
• Introduction to moduli of varieties - I: Generalities on moduli spaces of varieties
• Introduction to derived categories and stability conditions - I
• Topology and probability? What a strange combination...
• Representations of surface groups and Higgs bundles - II
• Vertex sparsifiers: New results from old techniques (and some open questions)
• Geometric Invariant Theory - IV
• Complexity of spatial embeddings of graphs
• Deformation Theory : an introduction to the algebraic approach - III
• Geometric Invariant Theory - III
• Moduli spaces and physics
• Representations of surface groups and Higgs bundles - I
• Geometric Invariant Theory - II
• Principal bundles - II
• Augmented bundles - II
• Deformation Theory : an introduction to the algebraic approach - I
• Geometric Invariant Theory - I
• Principal bundles - I
• Augmented bundles - I
• Statistical processing for ensembles of numerical weather prediction model
• From Gross-Pitaevskii to KdV and KP
• A Numerical Scheme for the Quantum Boltzmann Equation Efficient in the Fluid Regime
• Control of Quantum Systems
• A system-biology investigation of heat shock protein regulated gene networks: mathematical models, predictions and laboratory experiments
• Semiclassics beyond the Egorov theorem
• NRxx Method for Boltzmann-BGK Equation
• Tailored finite point method for wave propagation
• Remarks on Fermi-Dirac and Bose-Einstein quantum Boltzmann type equations
• Strong semiclassical approximation for the Hartree dynamics
• Climate investments optimized under uncertainty
• Engagement with business- What are the barriers to use of climate data, where should future research be taken?
• What does the agricultural research-for-development community need from climate and weather data?
• Lessons learned from striving to support decision and policy making: the challenges when providing climate information
• Engaging with policymakers: modelling of the optimal investments into environmental maintenance, abatement, and adaptation for long-term climate policies
• The importance of numerical time-stepping errors
• New Newtonian Alchemy: Turning Noise into Signal
• Adventures in Emulation
• Rewarding strength, discounting weakness: combining information from multiple climate simulators
• Grand Challenges in Probabilistic Climate Prediction
• Assessing climate uncertainty: models, meaning and methods
• A statistical emulator for HadCM3
• Climate modelling at Quaternary time scales
• After Climategate and Cancun; What Next for Climate Science?
• Synthesising Model Projections of Future Climate Change
• A system-biology investigation of heat shock protein regulated gene networks: mathematical models, predictions and laboratory experiments
• Nonlinear integrate and fire neuron models, part II: existence, uniqueness, and asymptotics
• Nonlinear integrate and fire neuron models: analysis and numerics
• Kinetic equations and Markov jump processes
• Traffic dynamics induced by bottleneck
• The effect of selection on genealogies, and a near-critical system of branching Brownian motions
• Adaptation in continuous populations with migration and genetic drift
• Asymptotic spreading in general heterogeneous media
• Bifurcation problems for structured population dynamics models
• Entropy and H theorem: The mathematical legacy of Ludwig Boltzmann
• Entropy and H theorem: The mathematical legacy of Ludwig Boltzmann
• Particle systems and the hydro-dynamical limit of the Ginzburg-Landau model
• Methods of time series analysis for climate tipping points
• Energy and enstrophy cascades in numerical models
• Factorisation for non-symmetric operators and exponential H-theorems
• On kinetic equations describing tokamak plasmas
• Series of lectures on Landau damping X
• Series of lectures on Landau damping IX
• Series of lectures on Landau damping VIII
• Series of lectures on Landau damping VII
• Rate-dependent tipping points - a comparative approach
• Applications of Hamiltonian particle-mesh methods for atmospheric modelling
• Stochastic diagnosis of climate dynamics, with application to tropical SSTs
• Stability theory in a collisionless plasma
• Likely temporal abrupt shifts in the carbon cycle
• Inviscid dissipation of balanced flow by topography
• Series of lectures on Landau damping VI
• Series of lectures on Landau damping V
• Regimes of global atmospheric circulation
• Stochastic model reduction on manifolds
• Using simple models and rigorous mathematics to improve operational atmosphere and ocean modelling
• On kinetic and hydrodynamic descriptions of the Vicsek dynamics
• Series of lectures on Landau damping IV
• Series of lectures on Landau damping III
• How to design a climate ensemble
• Understanding uncertainty in climate model components
• Series of lectures on Landau damping II
• Series of lectures on Landau damping I
• Sir Gilbert Walker and a connection between El Nino and statistics
• Linear Boltzmann equation and some Dirichlet series
• Hilbert sixth problem
• Numerics of the inelastic Boltzmann equation
• Development of wavelet methodology for weather Data Assimilation
• Coercivity of boundary integral operators in high frequency scattering
• Nonlinear hyperbolic conservation laws: diffusive-dispersive limits
• Applications of High Frequency Methods in Aeronautics: status and needs
• Global and Blow-up patterns of the Cauchy problem of a fourth-order thin film equation
• An Effective Finite Difference Approach for Optical Beam Propagations
• Oscillatory diffusion equation
• Thin domains with highly oscillating boundaries
• Upscaling of network models for porous media
• Strichartz estimates for the Schroedinger equation on a tree and applications
• Bloch Decomposition-Based Gaussian Beam Method for the Schrodinger equation with Periodic Potentials
• Tensor product method for radiative transfer
• How we build a parameterisation scheme: illustrated by Langmuir turbulence in the ocean mixed layer
• Oscillation Analysis of Some Hybrid Dynamical Systems of Transmission Pipelines
• Higher-order total variation for oscillating patterns
• How to break quasi-geostrophic turbulence
• Homogenization with non-separated scales and high contrast
• Error Estimates for Gaussian Beam Superposition
• The Hybrid Monte Carlo Algorithm in High Dimensions
• Efficient finite difference schemes for highly oscillatory linear ODE
• The generalised eigenfunction method and time-dependent linear water-wave impact on a vertical elastic plate
• Approximation by plane waves
• Metastability, rare events and sampling problems in molecular dynamics
• Modulated Fourier expansions and the Fermi-Pasta-Ulam problem
• Runga-Kutta convolution quadrature: convergence theory and applications to time-domain BIE of acoustic scattering
• Convergent high-frequency algorithms for single and multiple scattering
• Coercivity, Nonnormality and Numerical Range of boundary integral operators in high-frequency scattering
• Preconditioning the Helmholtz equation using rapidly oscillating functions
• Developing Integrators for Highly Oscillatory Hamiltonian Systems Using Homogenization
• Poiseuille and thermal transpiration flows of a highly rarefied gas
• Oscillatory systems with three separated timescales
• Numerical exploration of a forward-backward diffusion equation
• Variance reduction in stochastic homogenization using antithetic variables
• On approximation of special oscillating series of quantum theory
• On the numerical solution of first-kind Volterra integral equations with highly oscillatory kernels
• Integral-Preserving Integrators
• Modulated Fourier expansions for the long-time analysis of Hamiltonian PDEs
• Fourier series on triangles and tetrahedra
• Non polynomial approximations of wave problems
• Large time behavior of collisionless plasma
• Aggregation-pattern due to repulsive-aggregating interaction potentials
• On the time discretization of kinetic equations in stiff regimes
• Fluid models of swarming behavior
• Fokker-Planck models for Bose-Einstein particles
• Existence and uniqness of solution to the Lifshitz-Slyozov system with monomers spatial diffusion
• Coupled Chemotaxis-Fluid Models
• Wave propagation in non-homogeneous semilinear reaction-diffusion
• ABC and other challenges in computational statistics
• Subdiffusion and nonlinear reaction-transport equations
• Kinetic description and connectivity of old and new models of flocking
• Modelling Aspects of Solid Tumour Growth
• A statistical mechanical apporach for the computation of the climatic response to general forcing
• Macroscopic limits and decay to equilibrium for kinetic equations with relaxation collision kernels and mass conservation
• LBM: Approximate Invariant Manifolds and Stability
• Some polymeric fluid flow models: steady states and large-time convergence
• Viscosity of bacterial suspensions: experiment and theory
• Relative entropy method applied to the stability of shocks for systems of conservation laws
• A helpful way to think about multi-model ensembles and the actual climate
• Some new results of existence for the theory of sprays
• Some decay problems of a collisionless gas: Numerical study
• Analysis of Dynamics of Doi-Onsager Phase Transition
• Nonlinear Cross-Diffusion Models for Size Exclusion
• Scalings for a ballistic aggregation equation
• A modified least action principle allowing mass concentrations for the early universe reconstruction problem
• Self-similarity in coagulation equations with nonlocal drift
• Estimate on commutator of the Laplacian and Leray projection operators and application to Navier-Stokes equation in bounded domain
• Semi-classical models in semiconductor physics II
• Recovering past dynamics from a computer model: inversion of a vegetation model for paleoclimate reconstruction
• Semi-classical models in semiconductor physics
• Asymptotic-preserving schemes for some kinetic equations
• The impacts of stochastic noise on climate models
• Model uncertainty in weather and climate models: Stochastic and multi-physics representations
• Stochstic representation of model uncertainties in ECMWF's forecasting system
• Front propagation in reaction-dispersal systems
• Kinetic models in wealth distribution II
• Discussion session - What are the key MEP questions to address in this programme
• Climate entropy production based on AOGCM diagnostics
• MEP and planetary climates: insights from a two-box climate model containing atmospheric dynamics
• Non-Markovian walks and nonlinear reaction-transport equations
• Life, hierarchy, and the thermodynamic machinery of planet Earth
• Regularity theory for non linear singular integral operators based on De Giorgi techniques II
• Model resolution versus ensemble size: optimizing the trade-off for finite computing resources
• Biases and uncertainty in multi-model climate projections
• Delivering local-scale climate scenarios for impact assessments
• Regularity theory for non linear singular integral operators based on De Giorgi techniques
• Climate tipping as a noisy bifurcation: a predictive technique
• Discussion session - What are the key dynamical systems questions to address in the programme
• The spectra of a general class of stochastic climate models
• Properties of the atmospheric response to tropical heating estimated from the fluctuation dissipation theorem
• Systematic Strategies for Stochastic Climate Modeling
• Stochastic methods for understanding palaeoclimates
• Current use of stochastic methods in operational NWP/climate forecasting: are they physically justifiable
• Maximum entropy production and climate modelling: an overview of theory and applications
• Indentification and early warning of climate tipping points
• Is data assimilation relevant to climate research?
• Understanding and interpreting climate model ensembles
• Coherent structures in high-resolution ocean model simulations and implications for climate prediction
• Intrinsic guiding-center dynamics: towards gyro-center reduction in Maxwell-Vlasov algebra
• Radial electric field in full-f gyrokinetic simulations
• Lagrangian formulation of gyrokinetic theory with a single expansion parameter
• Gyrokinetic statistical absolute equilibrium and turbulence
• MHD instabilites in dilute astrophysical plasmas
• MHD instabilites in dilute astrophysical plasmas
• Lagrangian chaos and the evolution of advected fields
• Panel Discussion
• The 1000 Genomes Project and challenges in population-scale sequencing
• DECIPHER and opportunities and challenges for clinical genetics of next gene sequencing
• Should I sequence my genome now?
• Entropy transfer processes in kinetic plasma turbulence and zonal flows
• Gyrokinetic energy conservation laws
• Limits of self-similar graphs and criticality of the Abelian Sandpile Model
• Non-linear kinetic theory of drift-tearing modes in magnetised plasmas
• Characterization of the static response of a two-dimensional elastic network
• Some (noncommutative) geometrical aspects of the Sierpisnki gasket
• Line integrals of one-forms on the Sierpinski gasket
• Particle acceleration and the role of pressure anisotropy in a multi-island reconnection
• Recent progress and future outlook for kinetic simulations of magnetic reconnection
• Workshop Summary
• Effects of three-dimensional geometry and radial electric field on ITG turbulence and zonal flows
• Rotation and zonal flows in stellarators
• Transport bifurcations in rotating tokamak plasmas
• Momentum balance in toroidal plasmas
• Toroidal momentum transport
• Spontaneous tokamak rotation: observations turbulent momentum transport has to explain
• Internal transport barriers in JET and the impact of magnetic ripple and plasma rotation
• Fluid models of free energy cascade dynamics
• Entropy cascade in 2D-2V Vlasov-hybrid electrostatic model
• Gyrokinetics outside of tokamaks
• Solar wind ion and electron distribution functions and the transition from fluid to kinetic behaviour
• Waves and fluctuations associated with local instabilities in the solar wind
• Solar wind electrons: basic properties and physics
• Measurements and modelling of turbulent transport on Tore Supra
• Measurements and gyrokinetic simulations of electron transport in NSTX
• Multi-scale/multi-field turbulence measurements to test gyrokinetic simulation predictions on the DIII-D tokamak
• Multi-scale turbulence, electron transport, and zonal flows in DIII-D
• Measurements of electron temperature fluctuations on DIII-D
• Observational evidence for anisotropic solar wind turbulence on fluid and kinetic scales
• Identification of enriched regions in ChIP-seq and whole-genome sequencing data
• Species specific transcription in mice carrying human chromosome 21
• A statistical framework for the analysis of ChIP-Seq data
• Genome-wide characteristics of sequence coverage by next-generation sequencing: how does this impact interpretation?
• Allele specific expression analysis using high throughput DNA sequencing
• Microevolutionary analysis of metagenomic data
• Population genomics of bacterial pathogens
• Poster session
• Population-based analysis of genome structural variation using broad, highly parallel population sequencing
• Transposed element RNAs detected by massively parallel sequencing
• De novo assembly and evolutionary analyses of liver-expressed genes in 16 mammal species
• Estimating Isoform-Specific Gene Expression Using Paired-End RNA-Seq
• Understanding variation in mRNA processing with RNA sequencing
• Formal poster session
• Statistical models for inference of SNVs in cancer genomes
• Analysis of whole cancer genomes
• Poster session
• Phasing SNPs and sequences
• Sequencing 1000s of Human Genomes
• Reference-free analysis of genetic variation
• Efficient construction of overlap assemblies using suffix array based methods
• Calling small indels in the 1000 Genomes low-coverage and high-coverage pilots
• Model-based base-calling and de novo error correction algorithms for short-read sequencing
• What the 1000 genomes project tells us about systematic bias and batch effects in sec-gen data
• Modeling allele-specific expression from RNA-seq data
• Challenges behind crop resequencing
• Whole-genome sequencing for medical and population genetics
• Looking under the hood; profiling genome function with sequencing
• CW meeting
• (Anti)social Behavior in Malicious Internet Source IPs: Characterisation and Detection
• Diffusion in Networks and Infectious Disease Epidemics
• Multiscale Methods for the Analysis of Dynamic Graphs
• Sparse Graphs and Causal Inference
• New Methods for Sampling and Estimation in Communications Networks
• Modeling networks when data is missing or sampled
• Robust Estimation of the Self-similarity Parameter in Network Traffic
• Efficient Monte Carlo for high excursions of Gaussian random fields
• Snapshot simulation - an importance sampling technique for traffic with heavy tailed flows
• Efficient important sampling for a feed-forward network
• Transient behaviour in highly dependable Markovian systems, new regimes, many paths
• RESTART simulation of non-Markovian queuing networks
• Analysis of an interacting particle scheme for rare event estimation
• Computing risk measures by importance sampling
• Stochastic enumeration method for rare events, counting and combinatorial optimization
• A new, analysis-based, change of measure for tandem queues
• Rare event simulation for the ruin problem with investments via importance sampling and duality
• Rare event simulation for stochastics networks
• An SPDE with the laws of Levy processes as its invariant measures
• Ergodic measures for Markov semigroups
• The concert queueing game: to wait or to be late
• Filtering of wave equation in high dimension
• Rough path stability of SPDEs arising in non-linear filtering and beyond
• On filtering equations with non-specified initial data
• Stability of the optimal filter for nonergodic signals - a variational approach
• Least-action filtering
• A backward particle interpretation of Feynman-Kac formulae with applications to filtering and smoothing problems
• Nonlinear filtering algorithms based on averaging over characteristics and on the innovation approach.
• On accelerated numerical schemes for nonlinear filtering.
• Regularity results for parabolic stochastic PDEs .
• Kalman-Bucy filter and SPDEs with growing lower-order coefficients in W1p spaces without weights.
• The decay of Fourier modes of solutions
• Discounted continuous-time Markov decision process with constraints: unbounded transition and loss rate
• Analytic information theory and beyond
• Scheduling to balance energy and delay: Optimality versus robustness
• Liouville equations with respect to measures (as a way to get Bogoliubov) type equations
• Smartgrid control challenges
• Demand forecasting
• Including future uncertainty in economic projection models
• A national grid fit for the future
• Mathematical modelling of future energy systems
• Ensuring the adequacy of future energy systems
• A scalable approach to the stability of power networks
• Renormalisation Group Method in Fluid Dynamics
• Harnack inequality for diffusion semigroups with non-constant difussion coefficients
• Singular stochastic equations on Hilbert spaces: Harnack inequality, ultraboundedness and other recent results
• Potential theory on Wiener space revisited
• Kinetic equations from stochastic dynamics in continuum
• Semi-open problems in open and closed queueing networks
• Sentry Selection
• Invariant measures for stochastic evolution equations in M-type 2 Banach spaces
• A class of stochastic partial differential equations driven by a fractional noise
• Some recent investigations on interfacial propagation in inhomogeneous medium
• On regularity properties of a class of Hamiltonian-Jacobi-Bellman equations
• Resequencing Delay Analysis of ARQ Protocols over Parallel Channels
• Dissipative solitons and coherent structures in fibre lasers
• Queues, collisions and extremes of integral mean of stationary Gaussian processes
• Stochastic nonlinear PDEs versus deterministic infinite dimensional Cauchy problem III
• Ginzburg-Landau vortices driven by Landau-Lifshitz equation
• Stochastic nonlinear PDEs versus deterministic infinite dimensional Cauchy problems II
• An investigation of proportionally fair ramp metering
• Transport that waits for you: planning and operating personal rapid transit systems
• On rough PDEs
• Stability criteria and applications for randomised load balancing schemes
• Global attractors for 3D stochastic Navier-Stokes equations
• On the Musiela SPDE with Levy noise
• Stochastic nonlinear PDEs versus deterministic infinite dimensional Cauchy problem I
• Maximum Inequality and Maximum Regularity of SPDEs driven by jump processes
• Why mathematics continues to fascinate me - surgery in holomorphic dynamics in particular
• Feedback
• Coffee and cake and discussion groups
• Funding opportunities for mathematicians
• Initiatives for women mathematicians (UKRC/INI/LMS)
• The pain in the torus: modelling populations in a spatial continuum
• Mertens' Theorem for S- integer Dynamical Systems
• New Multistep methods
• A hybrid model for plastic card fraud detection systems
• The local reciprocity map: finding an explicit formula for a canonical isomorphism
• Random matrices and Riemann zeros
• Disease dynamics: from equation to experiment (and back)
• Better Good-Turing probability estimation
• Hypoelliptic SPDEs and ergodicity
• Optimal cooperation in large wireless networks
• Thinning-stable point processes: new models in telecommunications
• Omnidirectional Relay in Wireless Networks
• Medium Access using Queues
• Finding Sparse Cuts Locally Using Evolving Sets and the anatomy of random graphs
• On Storing and Retrieving (coded) Data in Mobile P2P Networks
• Not so rough paths
• Evolving communities with individual preferences
• Malliavin calculus for non-adapted SPDEs
• Load optimization in a planar network
• On the rate of convergence of nonlinear filters when the observation processes converge
• A (rough) pathwise approach to some SPDEs
• Financial markets with uncertain volatility
• Medium Access Control, Fairness and Phase Transitions in Multihop Wireless Networks
• Precise asymptotics for infinite dimensional Ito-Lyons maps of Brownian rough paths
• Stochastic Burgers equations and rough paths
• Scaling of the Unicast and Multicast Capacity Regions of Wireless Networks
• Ergodicity of stochastic curve shortening flow
• Percolation on polygon configurations
• An introduction to rough paths
• Probabilistic representation of a generalised porous media type equation: non-degenerate and degenerate cases
• Some impacts of Noise on Invariant Manifolds for Stochastic Partial Differential Equations
• Stochastic homogenization: some recent theoretical and numerical contributions
• The quenched Edwards Wilkinson model in an environment with random obstacles of unbounded strength
• Analysis of a model for amorphous surface growth
• Random geometric graphs for modelling the pore system in fibre-based materials
• Nonuniqueness for some stochastic PDE
• Some open problems in stochastic dynamics
• Stochastic Partial Differential Equations in Nonlinear Photonics
• Uniqueness due to noise for a dyadic model of turbulence
• On Lagrangian approach to stochastic Navier-Stokes and Euler equations
• Continuity of mutual entropy in the limiting signal-to-noise ratio regimes
• Navier-Stokes Equation with Levy Noise: Stochastic Analysis and Control
• Randomly perturbed and damped KdV
• Optimal error bounds in stochastic homogenization
• Exit times and persistence of solitons for a stochastic Korteweg-de Vries Equation
• Models for interface motion a random environment
• Particle representations and limit theorems for stochastic partial differential equations
• Stochastic Landau-Lifschitz-Gilbert equation
• Stochastic PDE's in neurobiology, small noise asymptotic expansions, quantum graphs
• Closing Perspectives Lecture
• Kolmogorov equations in Hilbert spaces IV
• Go forth and multiply?
• Matchings and rank for random diluted graphs
• Kolmogorov equations in Hilbert spaces III
• A Positive Recurrent Reflecting Brownian Motion with Divergent Fluid Path
• Probabilistic Techniques in Mathematical Phylogenetics
• A stochastic model of coupled enzymatic degradation
• Numerical Methods for Stochastic Networks
• Self-adaptive congestion control for multi-class intermittent transmissions in a network
• Persistence of long-range-dependence under data compression
• Rothschild Visiting Professor - Mathematical analysis of peer to peer communication networks
• Scheduling in Wireless Networks
• Scheduling and large deviations
• Capacity and error exponents of stationary point processes with additive displacement noise
• Kolmogorov equations in Hilbert spaces II
• Kolmogorov equations in Hilbert spaces I
• On Bayes-Nash implementation of combinatorial auctions: structure and efficiency
• Martingale calculus and a maximal inequality for supermartingales
• Homogenisation of a semilinear stochastic evolution problem in a perforated domain
• Rethinking the control architecture of the Internet
• Combinatorial auctions in theory and practice
• Multiscale approaches to sub-picosecond heat driven magnetism reversal
• Asymptotic coupling
• Stochastic processes in magnetism; basic approaches
• Associative neural memories and oscillatory operation
• Linear SPDE's
• Nonlinear stochastic wave equations II
• Nonlinear stochastic wave equations I
• A Martingale framework for trust
• Conjectures on tail asymptotics of the stationary distribution for a multidimensional SRBM
• Cone schedules for processing systems - throughput and cost issues
• Brascamp-Lieb inequality and Wiener integrals for centred Bessel processes
• On the stability of file-sharing systems
• Recurrence properties for quantum dynamics
• An entropic functional on families of random variables from theoretical biology
• On operator-splitting methods to solve the stochastic incompressible Stokes equations
• Random networks with nonlinear preferential attachment
• Queuing systems with multi-type jobs and multi-type servers
• Central limit theorems for additive functionals of stable processes
• Intermittency properties in a hyperbolic Anderson model
• Ergodicity of a stress release point process seismic model with aftershocks
• Stochastic nonlinear Schrodinger equations and modulation of solitary waves
• Continuous time random walk and non-linear reaction-transport equations
• Flows and matchings for P2P systems
• Stochastic networks and measure-valued processes
• Scheduling for Communication and Processing Networks
• Probability Estimation over Large Alphabets
• Information Theory of Wireless Networks: Approximate Max-Flow Min-Cut
• Two new problems in congestion control: MAC3, and restless bandits
• A Formulation and Theory for Delay Guarantees in Wireless Networks
• Iterative Algorithms
• Modeling data network sessions
• Some new(ish) results in information theory
• Stochastic Navier-Stokes-Coriolis Equations
• Burgers Equation with Affine Noise: Stability and Dynamics
• Stochastic maximal $L^p$-regularity
• On a Stochastic Zeldovich-Burgers model for the condensation of planets out of a protosolar nebula
• Stabilization by noise of Navier-Stokes equations
• Hot scatterers and tracers for the transfer of heat in collisional dynamics
• PDE uniqueness and random perturbations
• A stochastic Burgers equation: Bringing together chaos expansion, embedding theorems, and Catalan numbers
• A large deviation principle for stochastic waves
• The signature of a path - inversion
• Stochastic partial differential equations with reflection
• Approximation of quasi-potentials and exit problems for multidimensional RDE's with noise
• Numerical analysis for the stochastic Landau-Lifshitz-Gilbert equation
• Singular perturbation of rough stochastic PDEs
• Strong solutions of the stochastic Navier-Stokes equations in $R^3$
• Scaling limits for a dynamic model of 2D Young diagrams
• Elliptic equations in open subsets of infinite dimensional Hilbert spaces
• Parity of ranks of elliptic curves II
• The Galois module structure of p-adic realisations of Picard 1-motives and applications
• Diophantine geometry and Galois theory 9
• Conjectures on the logarithmic derivatives of Artin L-functions
• Parity of ranks of elliptic curves I
• Arthur's theory of automorphic forms on classical groups (a survey)
• Weights and Hasse principles for higher-dimensional fields
• Arithmetic invariants of Eisenstein type arising from fundamental groups of once punctured elliptic curves
• A Noncommutative Iwasawa Main Conjecture for Varieties over Finite Fields
• Simple cuspidals and the local Langlands correspondence for GL(n)
• Resonance capture
• Warped and twisted discs in close binary systems
• Bigness and modularity lifting
• On the abelian fundamental group scheme of a family of varieties
• Baroclinic instability in protoplanetary discs
• Iwasawa theory for supersingular primes: for a larger class of abelian varieties and multi-variable Iwasawa theory
• Euler characteristics of fine Selmer groups
• Determining the internal structure of extrasolar planets, and the phenomenon of retrograde planetary orbits
• Work of Chenevier and Chenevier-Clozel
• Do we need a rapid dispersal mechanism for protoplanetary discs?
• Periods of Tate motives, examples, Galois side
• Stability and perturbation theory of Hamiltonian systems
• Topological methods in Grothendieck-Teichmueller theory
• The main conjectures of Iwasawa theory VI
• The main conjectures of Iwasawa theory IV
• The main conjectures of Iwasawa theory III
• Collisional Grooming Models of Planets Interacting with Debris Disks
• Cometary Dynamics: Connecting the inner and outer solar system
• Resonances as a record of planetary migration
• Dynamics and planet formation at wide separations: HR8799
• Formation, survival, and detectability of planets beyond 100AU
• Outward migration from inner regions
• Direct synthetic imaging of smoothed particle hydrodynamics density fields, and implications for observations of outer planetary systems
• In-situ formation by gravitational instability
• Collisional evolution of debris disks: Unraveling planetesimals and planets
• Effects of crowdedness on planetary systems containing planets on wide orbits
• The role of cluster evolution in disrupting outer planetary systems via the Kozai mechanism
• Long-lived N-body disks
• N-body simulation of later star planetary formation: comparing to observations
• Radiation thermo-chemical models of protoplanetary disks
• Outer disc evolution
• How common are extrasolar late heavy bombardments?
• The main conjectures of Iwasawa theory II
• Secular chaos in the solar system
• Evidence of outer planet migration in the orbital distribution of the Kuiper belt objects
• Outer Solar System formation and evolution
• Resolved debris disks around young main sequence stars eta Tel and HR4796A: tracing planets in the dust
• Debris disk imaging and evolution
• Hints of the fourth planet around upsilon Andromedae
• Observations of outer extrasolar planets
• Constructing dessin d'enfants on curves
• Chaotic star formation and the alignment of stellar rotation with disc and planetary orbital axes
• L-functions and applications
• Potential modularity of residual representations
• Protoplanetary migration in turbulent isothermal disks
• Modularity lifting theorems
• Modularity of Galois representations
• Planets in binaries
• DSpace conference
• Motivic fundamental groups and diophantine geometry - VIII
• Motivic fundamental groups and diophantine geometry - VII
• Gas in young debris disks
• Motivic fundamental groups and diophantine geometry - VI
• Motivic fundamental groups and diophantine geometry - V
• Motivic fundamental groups and diophantine geometry - IV
• Motivic fundamental groups and diophantine geometry - III
• Relations between multi-zeta values and Grothendieck-Teichmueller theory
• Motivic fundamental groups and diophantine geometry - II
• Motivic fundamental groups and diophantine geometry - I
• Garvoturbulent planetesimal formation - state and prospects of the field
• Prandtl number dependence of MRI-driven transport : new results and future prospects
• Magnetic activity in protoplanetary discs
• Primary accretion of large planetesimals from chondrule size particles
• On the validity of the super-particle approximation of planetesimals in simulations of gravitational collapse
• Asteroids formed big
• Planetesimal formation: numerical modeling of particle growth, settling, and collective gas-grain interactions
• What meteorites have to say
• Dust, vortices and density waves in protoplanetary disks
• The formation and long-term evolution of circumstellar disks
• The algebraic theory of p-adic Lie groups XII
• Tidal evolution in exoplanets: The case of the two super-Earths around CoRoT 7
• The algebraic theory of p-adic Lie groups XI
• The algebraic theory of p-adic Lie groups X
• Iwasawa theory of elliptic curves over p-adic Lie extensions of dimension greater than 1 - IV
• Formation, survival, and destruction of vortices in accretion disks
• Iwasawa theory of elliptic curves over p-adic Lie extensions of dimension greater than 1 - III
• The algebraic theory of p-adic Lie groups IX
• Double-diffusive instability in the dead zone of protoplanetary disks
• Iwasawa theory of elliptic curves over p-adic Lie extensions of dimension greater than 1 - II
• The algebraic theory of p-adic Lie groups VIII
• Iwasawa theory of elliptic curves over p-adic Lie extensions of dimension greater than 1 - I
• The algebraic theory of p-adic Lie groups VII
• The algebraic theory of p-adic Lie groups VII
• Observability of planets during their formation in circumstellar disks
• On the p-adic Langlands programme for GL(2)F IV: The Hodge filtration and speculation on extra components
• The algebraic theory of p-adic Lie groups VI
• Forming planetesimals in solar and extrasolar nebulae
• On the p-adic Langlands programme for GL(2)F III: Qp-locally analytic representations of GL(2)F and crystalline representations
• The algebraic theory of p-adic Lie groups V
• On the p-adic Langlands programme for GL(2) F II: (phi, Gamma)-modules over barmathbb F p and tensor induction
• The algebraic theory of p-adic Lie groups IV
• On the p-adic Langlands programme for GL2(F) I: Construction of representation of GL(2)F over bar F p
• The algebraic theory of p-adic Lie groups III
• The algebraic theory of p-adic Lie groups II
• The algebraic theory of p-adic Lie groups I
• The anabelian geometry of hyperbolic curves over finite fields
• On the combinatorial cuspidalizations and the faithfulness of the outer Galois representations of hyperbolic curves
• Torsion of abelian schemes and rational points on moduli spaces (joint work with Anna Cadoret)
• Computing functional equations of l-adic polylogarithmic characters on Galois group
• A local analog of the Grothendieck conjecture for higher local fields
• Local-Global principles for affine curves
• Local-global principle for zero-cycles of degree one and integral Tate conjecture for 1-cycles
• Multiple zeta values VI
• Multiple zeta values V
• Conference summary
• Conference summary
• Observations of exozodiacal disks
• Anabelian geometry XII
• Exchange of debris between planetary systems
• Collisional and dynamical evolution of debris discs
• Spitzer tracers of dynamical activity in debris discs
• To see a world in a grain of sand: observations of debris disks as tests of planet formation theory
• Spitzer observations of hot Jupiters and their interpretation
• From hot Jupiters to cool earths
• The CoRoT mission - first results, successes and the future
• The search for planets around alpha centauri A and B
• Canonical embedded resolution of singularities for two-dimensional schemes
• Anabelian geometry XI
• Turning solar systems into extrasolar planetary systems
• Secular instability: organization of planetary systems and the origin of hot Jupiters
• Planet scattering, eccentricity excitation and the long-term evolution of planetary systems
• Planetary system architecture from planet-planet and planetesimal scattering
• Modeling the formation of giant planet cores
• Anabelian geometry X
• The real thing: Saturn's ring
• Corotation torques and type I planetary migration
• The thermodynamics of disc fragmentation and the properties of the objects produced
• Review - gravitational instabilities and the formation of gas giant planets
• Formation of heavy-element rich giant planets
• A local analog of the Grothendieck conjectures
• The evolution of collision outcomes in the protoplanetary disk
• Giant impacts and planetary evolution
• Poster Presentations
• Anabelian geometry IX
• Review - formation of terrestrial planets: the basic dynamical model
• The crucial role of metallicity for planetesimal formation
• Review - there and back again: the making and destruction of dusty planetesimals
• The role of photoevaporation in disc dispersal
• Self-gravitating disc evolution
• Multiple zeta values IV
• Dead zones in protoplanetary disks
• Turbulent convection in accretion discs
• Mulitple zeta values III
• Review - models of protoplanetary disks
• Observational evidence for grain growth
• Submm observations of protoplanetary disks
• Review - protostellar disk observations
• Anabelian geometry VIII
• Anabelian geometry VII
• A local analog of the Grothendieck conjectures
• Anabelian geometry VI
• Fundamental groups of CW-complexes from different points of view
• Anabelian geometry V
• Multiple zeta values II
• Multiple zeta values 1
• Anabelian geometry IV
• Anabelian geometry III
• Anabelian geometry II
• The pro-$p$ Hom-form of the birational anabelian conjecture
• Anabelian geometry I
• Cohomology of algebraic varieties
• Epsilon-factors for the period determinants
• Tate-Shafarevich groups over anticyclotomic Z p extensions
• The cuspidalization of sections of arithmetic fundamental groups
• p-adically completed cohomology and the p-adic Langlands program
• On the section conjecture for universal curves over function fields
• On the birational p-adic section conjecture
• Potential automorphy of n dimensional Galois representations
• Obstructions to homotopy sections of curves over number fields
• Reciprocity maps and Selmer groups
• Iwasawa theory of elliptic curves with complex multiplication
• Grothendieck's Section Conjecture and zero-cycles on varieties
• On the noncommutative Iwasawa Main Conjecture for CM-elliptic curves
• Counting l-adic representations, in the function field case
• Closing comments
• The cardiac physiome: next steps
• Building tissue mechanics into novel types of multi-scale models
• Integrative multilevel modular approach to modeling the cardiac physiome
• Modeling cardiac growth and remodeling
• Modeling of cardiac Ischemia in human myocytes and tissue including spatiotemporal electrophysiological variations
• Personalised electromechanical model of the heart for the prediction of the acute effects of cardiac resynchronisation therapy
• Image and physiological data fusion for cardiac biophysical modelling
• Towards patient-specific simulations of atrial fibrillation
• Translating biophysical models to the heart of the clinic
• Intramural structure of coronary arteries and transmural distribution of coronary blood flow
• Tissue-specific models of electrical activity in the heart: Multi-scale and Multi-dimensional approaches
• Multi-scale volume imaging in animal models of disease
• Overview of statistical shape models for cardiac image analysis and modeling
• Towards personalization of cardiac models from medical images and signals
• Study of blood flow impact on growth of blood clot using a multi-scale model
• Dynamic modelling of chorded mitral valve
• Simulating cardiac fluid-structure interaction using the immersed boundary method
• Building detailed cardiac electrophysiological models from high-resolution images
• Physiology of the human heart: Do we really know it?
• Investigating drug-induced effects on cardiac electrophysiological function: from ion channels to the ECG
• Integrative models of heart function in health and disease
• Re-entry and fibrillation in an electro-mechanical model of the human ventricles
• Multi-scale modeling of cardiac excitation-contraction coupling in the normal and failing heart
• 3D/1D geometrical multiscale modeling of vascular networks
• Theoretical models for regulation of blood flow in the microcirculation
• Modeling adaptive processes: vascular remodeling
• Haemodynamics and endothelial phenotype heterogeneity
• Systems biology of angiogenesis in ischemic diseases
• Using multiscale in-silico models of the heart for optimisation of anti-arrhythmia therapies
• A novel approach to multidomain modeling of electrical conduction in cardiac tissue
• Restitution curve splitting as a mechanism for the bifurcation to alternans
• Development of a virtual heart - Part ll
• Development of a virtual heart - Part l
• Towards depth-resolved optical imaging of cardiac activity: insights from computational models
• Clinically observed phenomena on cardiac energetics in heart failure emerge from simulations of cardiac metabolism
• Quantitative fluorescence imaging with up to 30 nm resolution to provide 3D data for models of cardiac Ca2+ handling
• The cardiac physiome: how it began and where should it go
• Discussion
• Integrating fluid mechanical models into global heart function
• Blood flow and cardiac mechanics in the left ventricle
• 'Homogenization of the vasculature in tissues
• Hemodynamics and multi-scale spatial endothelial phenotypes
• Determinants of coronary structure and flow
• Introduction: Coronary vascular fluid dynamics
• Discussion
• A geometric theory for wave propagation in cardiac tissue
• Coupling cardiac excitation and contraction
• Multistability in cardiac tissue
• Integrative approaches to study cardiac activity in intact tissue
• Review of the field: Modelling electrical activation in the heart
• Introduction: Excitation and contraction
• Discussion
• Tale of two dogs and implications for cardiac electrophysiology
• UC hierarchy and monodromy preserving deformations
• Some theorem on Eulerian integrals of the multivariable H-function and their applications
• A new extended discrete KP hierarchy and its solutions
• On integral and finite Fourier transforms of continuous q-Hermite polynomials
• Matrix orthogonal polynomials and group representations
• A completeness study on a class of Lax pairs
• Bispectral quantum KZ equations and their solutions
• Stieltjes-Wigert and quantum topological invariants
• Discretizations of Kahan-Hirota-Kimura type and integrable maps
• Moduli spaces and elliptic difference equations
• Huge formulas for simple special functions
• A meta analysis of cardiac cell models
• Model development and parameter estimation: the relationship between model structure, model parameter and available data
• Polynomial solutions of differential-difference equations
• Merging cellular biochemical models using physicochemically rigorous rules
• A discrete system from the recurrence coefficients of 2-variable elliptic orthogonal polynomials
• Reduction of order for discrete systems
• Poisson brackets arising in Teichmuller theory and isomonodromic deformations
• Isomonodromy and integrability
• Review of the field: Coupling fluctuations in channel behaviour at the cellular level to tissue
• On the moment map for smooth and discrete Hamiltonian systems
• Deautonomising integrable non-QRT mappings
• Introduction: Sub-cellular modelling
• Hilbert-Schmidt operators vs. elliptic Calogero-Moser type systems
• Deligne-Lusztig varieties, Braid groups and cyclotomic Hecke algebras
• One-dimensional representations of W-algebras
• On classification of Poisson vertex algebras
• Graded version of tensoring with finite dimensional representations
• Difference spherical and Whittaker functions
• Total positivity, Schubert positivity, and geometric Satake
• Canonical bases and KLR-algebras
• Non-commutative invariant theory
• Geometry in DIS
• On the dynamics of the recurrence $x_{n + 1} = f(x _n)/x_{n-1}$
• Perverse sheaves and modular representation theory
• Derangements in Finite and Algebraic Groups
• Nevanlinna theory and difference Painleve equations
• Atypicality, complexity and module varieties for classical Lie superalgebras
• Lusztig's conjecture as a moment graph problem
• Investigating $kG$-modules using nilpotent operators
• Graded q-Schur algebras
• Higher representations: geometry and tensor structures
• Stability conditions and Stokes factors
• Stability conditions and Stokes factors
• Spectral transfer category of affine Hecke algebras
• Blocks of the general linear supergroup
• The theory of the 2-d ising model is nothing but the theory of elliptic curves
• From automorphic Lie Algebras to discrete integrable systems
• Geometry of the exotic nilpotent cone
• Getting more solutions from solitons: a limit approach
• The elliptic Painleve equation (part 3)
• Discrete deformations of associative algebras and discrete integrable equations
• Abelian solutions of difference equations
• A Galois D-groupoid for q-difference equations
• Quantum cohomology of the Springer resolution and affine KZ connections
• Rigidity of tilting modules
• Integrable self-adaptive mesh method for the Camassa-Holm and short pulse equations
• The elliptic Painleve equation
• The elliptic Painleve equation
• How can we deal with herding and other behaviourial issues?
• How are practitioners dealing with the issues now?
• The elliptic Painleve equation
• The elliptic Painleve equation
• Pseudo reductive groups over GF(x)
• Brauer height zero conjecture for 2-blocks of maximal defect
• Permutation groups and coverings of curves
• The quaquaversal group
• Density of character degrees
• Element orders and Sylow structure
• Braid groups and representations of symmetric groups
• Is the non-discrete side of locally compact groups more tractable?
• CFSG and group theory
• N-groups, 3' groups and fusion systems
• Opening
• Two partially ordered sets arising from nilpotent orbits
• QRT maps and elliptic surfaces (part 3 of series)
• Symplectic structures for difference equations including integrable maps
• An algebraic slice in the coadjoint action of the Borel
• From KP/UC hierarchies to Painleve equations
• The world of q and orthagonal polynomials
• From splines to the index theorem
• Quotients of symmetric varieties
• QRT maps and elliptic surfaces (part 2 of series)
• QRT maps and elliptic surfaces
• New discretization of complex analysis
• Tropical Nevalinna theory and ultra-discrete equations
• The Moutard transformation and its applications
• Galois theory of q-difference in the roots of unity
• Admissibility of solutions of discrete dynamical systems
• Cluster algebras via quivers with potentials
• Poisson geometry of directed networks and integrable lattices
• Ax's theorem for additive power series
• Refinements of the Bruhat decomposition and structure constants of Hecke algebras of finite Chevally groups
• Arithmetic theory of q-difference equations
• Frobenius modules for groups of Lie type
• Picard-Vessiot extensions with specified Galois group
• Differential Tannakian categories and fiber functors
• Fundamental lemma and Hitchin fibration
• Termination of hydrodynamic type chains
• Arithmetic cycles on moduli spaces of abelian varieties
• What is an algebraic automorphic form?
• L-functions and arithmetic
• Integrable systems and difference equations (Tutorial)
• Fields with automorphism and measure
• Difference fields and descent of difference varieties
• Invariants for linear difference and q-difference equations II. (Tutorial)
• Model theory and difference equations II. (Tutorial)
• Galois theories for difference equations II. (Tutorial)
• RVP lecture: Langlands' functoriality viewed as a kind of function theoretic Poisson formula problem
• Galois theory for nonlinear difference equations
• Principle of galois theory.
• Invariants for linear difference and q-difference equations I. (Tutorial)
• Model theory and difference equations I. (Tutorial)
• Galois theories for difference equations I. (Tutorial)
• Quiver presentations of descent algebras of finite Coxeter groups
• Some geometric constructions of link homology
• Moving frames and Noether's theorem
• Topology of quiver varieties and the character ring of finite general linear groups
• MV polytopes and components of quiver varieties
• Linear and Quadratic discrete holomorphic functions as integrable systems
• Cohomology of the minimal nilpotent orbit
• Three-coloured chessboards and Baxter's eight-vertex-solid-on-solid model
• Three-coloured chessboards and Baxter's eight-vertex-solid-on-solid model
• Three-coloured chessboards and Baxter's eight-vertex-solid-on-solid model
• Three-coloured chessboards and Baxter's eight-vertex-solid-on-solid model
• Lusztig's conjecture via moment graphs
• Conservation laws via the variational difference complex
• Translations for finite W-algebras
• On the number of conjugacy classes of a finite group
• Deligne-Lusztig varieties and cyclotomic Hecke algebras
• Geometric induction for algebraic supergroups
• New discretization of complex analysis and completely integrable systems
• Crystalline gravity
• Crystalline gravity
• Discrete informational models
• Quantum geometry of 3-dimensional lattices
• The Organisers: Opening Remarks
• Higher Sugawara operators and the classical W-algebra for gl n
• An explicit construction of the complex of variational calculus and Lie conformal algebra cohomology
• Around the volume conjecture: quantum invariants and modular forms
• Bispectrality and separation of variables in multiparticle hypergeometric systems
• From discrete differential geometry to the classification of discrete integrable systems
• Affine Gelfand-Tsetlin bases and affine Laumon spaces
• Parabolic induction for Affine Kac-Moody algebras
• Generalized Macdonald-Ruijsenaars systems and Double Affine Hecke Algebras
• Cherednik algebra, Calogero-Moser space and Bethe ansatz
• Mickelsson algebras and irreducible representations of Yangians
• Discrete evolution operator for $q$-deformed isotropic top
• Irreducible finite dimensional representations of W-algebras
• On integrability of the Hirota-Kimura (bilinear) discretizations of integrable quadratic vector fields
• Conformal field theory and Cherednik algebras
• Poisson-Lie interpretation of a case of the Ruijsenaars duality
• Applications of models of the Gaudin type to condensed matter physics
• Equidimensionality of characteristic varieties over Cherednik algebras
• Crystal limit and Baxter's Q-operator: a combinatorial construction of WZNW fusion rings
• Modular representations of Lie algebras
• Yangians, finite W-algebras and Hecke algebras
• Nested Bethe ansatz for spin chains
• Periodicities of T-systems and Y-systems
• Periodicities of T-systems and Y-systems
• Manin matrices and quantum spin models
• Quantum random walks and orthogonal polynomials
• Dunkl operators for symplectic reflection algebras of wreath-product types
• (Quasi-) exactly solvable `Discrete' quantum mechanics
• Yangians and Dorey's rule
• Crystal structure for representations of Cherednik algebras
• Quasi-reductive Lie algebras
• Recent findings on isochronous and integrable dynamical systems: can they somehow be extended to discrete-time evolutions?
• Infinitely many conservation laws for the discrete KdV equation
• The Weil-Steinberg character of finite classical groups
• Support spaces, Jordan types and indecomposable modules
• A basic set for the alternating group
• Yang-Baxter maps with first degree polynomial Lax matrices
• Symmetry reductions of integrable lattice equations
• Littlewood-Richardson polynomials
• The Pentagram map: a discrete integrable system
• New Discretization of Complex Analysis
• Periodic automorphisms of semisimple Lie algebras
• Algebra and geometry of Somos sequences
• Root systems and canonical algebras
• Unipotent and nilpotent elements in simple algebraic groups
• Nilpotent subalgebras of semisimple Lie algebras, some unexpected torsion
• The multiscale method for dispersive partial differential equations and integrability
• Periodic reductions of integrable lattice equations; the staircase method
• Informal talks
• G-bundles on elliptic curves and quantum groups
• Freud weights and their q-analogues
• Hopf algebras of small Gelfand-Kirillov dimension
• On the denominators of Young's seminormal basis
• Combinatorics of Kazhdan-Lusztig cells
• The tau-function of the quadrilateral lattice as Fredholm determinant within the nonlocal D-bar dressing method
• Bilinearization and soliton solutions for the ABS list
• Tits' centre conjecture for subgroups of algebraic groups
• Complete reducibility and rationality
• Complete reducibility and rationality
• From quantum to ultra-discrete integrable systems: the six-vertex model and the Takahashi-Satsuma cellular automaton
• Yang-Baxter maps associated to integrable lattice equations
• Finite groups, black box groups, algebraic groups
• Darboux transformations and quasideterminants
• Blocks and decomposition numbers for the Brauer algebra
• Discussion
• Discussion
• Schubert varieties and representations of real reductive groups
• Higher representations of Lie algebras
• Discussion
• Discussion
• Schubert varieties and representations of real reductive groups
• Higher representations of Lie algebras
• Finite W-algebras and their representations
• Higher representations of Lie algebras
• Finite W-algebras and their representations
• Complex reflection groups and their associated braid groups and Hecke algebras
• Discussion
• Discussion
• Schubert varieties and representations of real reductive groups
• Higher representations of Lie algebras
• Complex reflection groups and their associated braid groups and Hecke algebras
• Discussion
• Discussion
• Schubert varieties and representations of real reductive groups
• Higher representations of Lie algebras
• Complex reflection groups and their associated braid groups and Hecke algebras
• Discussion
• Discussion
• Categorification of sl(2)-modules
• Derived categories and perverse sheaves
• Symmetry, polynomials and quantisation
• Discussion
• Discussion
• Categorification of sl(2)-modules
• Derived categories and perverse sheaves
• Symmetry, polynomials and quantisation
• Hecke algebras at roots of unity
• Derived categories and perverse sheaves
• Symmetry, polynomials and quantisation
• Discussion
• Discussion
• Hecke algebras at roots of unity
• Symmetry, polynomials and quantisation
• Discussion
• Discussion
• Categorification of sl(2)-modules
• Hecke algebras at roots of unity
• Localization and delocalization in quantum hall systems
• Eigenvalue statistics for the discrete and continuous Anderson model
• Edge-reinforced random walk on a two-dimensional graph
• Fluctuations and growth of the magnitude of the Dirichlet determinants of Anderson Model at all disorders
• Wave Turbulence: solved and open problems
• Interpretation of the Altshuler Andreev saddle point
• Disconnection of discrete cylinders and random interlacements
• Rare events and phase transitions in reaction-diffusion systems
• Quantum chaos on discrete graphs
• Exit measures for random walks in random environments
• Collective electronic transport close to the metal-insulator or superconductor insulator transitions.
• Collective electronic transport close to the metal-insulator or superconductor insulator transitions.
• Simple proofs of simple facts in localization theory
• Quantum chaotic resonance eigenfunctions
• Stratified turbulence
• Computer committee meeting
• Spectral properties of some Hamiltonians modeling superconductors
• Localization bounds for multiparticle systems
• Lubinsky universality and clock spacing for ergodic orthogonal polynomials
• Wegner estimate and level repulsion for Wigner random matrices
• Long time Anderson localization for the nonlinear random Schroedinger equation
• Correlation functions for random Schrodinger operators
• Rotating turbulence
• On a perceptron version of the Generalized Random Energy Model
• Homogeneous three-dimensional rotating flows, intertial waves and turbulence
• Three-dimensional stability of a horizontally sheared flow in a stably stratified fluid
• Richardson number-dependent bounds on buoyancy flux
• 2d-3d energy exchanges in a homogeneous thin-aspect-ratio ocean
• Propagation of the internal tide from a continental shelf: laboratory and numerical experiments
• Internal tide generation from surface tide/geostrophic Eddy interactions
• Simulations of stratified turbulence surrounding Meddy structures
• Application of statistical mechanics to the modeling of potential vorticity or density mixing
• Once again about the parallel between stratification and rotation in hydrodynamics and between both and external magnetic field in MHD
• Stratified turbulence: a possible interpretation of some geophysical turbulence measurements
• Level-statistics of disordered systems: a common mathematical formulation
• Spectra and distribution functions of stably stratified turbulence
• Influence of external shear and strain on baroclinic vortex alignment
• Equilibrium state of quasi-geostrophic point vortices
• Triple cascade and zonal flows in beta-plane turbulence
• Is geostrophic turbulence relevant for tropospheric dynamics?
• Energy absorption with time-dependent RMT Hamiltonians: quantum interference effects
• The hyper-CASL algorithm: an accurate, efficient new approach to modelling complex atmospheric and oceanic flows
• Vortex simulations of 2D turbulence in confined domains
• Dynamics of nonlinear resonance clusters in atmosphere and oceans
• Inertia-gravity-wave generation: a geometric-optics approach
• Magnetohydrodynamic shallow-water turbulence on the sphere
• Jet formation in decaying two-dimensional turbulence on a rotating sphere
• Angular momentum transport and dynamos in magnetised rotating stratified systems
• Unusual properties of turbulent convection and dynamos in spherical shells
• Unusual properties of turbulent convection and dynamos in spherical shells
• Spontaneous gravity wave radiation from nearly balanced rotational flows in a shallow water system
• Two-dimensional turbulence inside a strong vortex
• Effects of large-scale energy dissipation in geostrophic turbulence
• Turbulent fluid dynamics at the margins of rotational and stratified control
• Local transfer and spectra of a diffusive field advected by large-scale incompressible flows
• Structure formation in rotating turbulence
• Instabilities of a columnar vortex in a stratified fluid
• Zigzag instability of vortex arrays in stratified and rotating fluids
• Inertial instability in rotating and stratified flow
• The turbulent equilibration of an unstable baroclinic jet
• Jet formation and transport in baroclinic turbulence with simple topography
• Eddies and circulation: lessons from oceans, atmospheres and the GFD lab
• Introduction
• Why study isotropic turbulence?
• Random walks in quasi 1D random environments
• A mechanism for magnetic field reversals
• Strong interaction in diffusive random lasers
• Structure and spectra in MHD dynamos
• A simple model for solar iso-rotation contours
• Bifurcations in the flow along pipes and channels
• Maximal entropy random walk
• An introduction to Anderson localisation: a tutorial for the non-specialist
• Producing bounds on turbulence
• An introduction to turbulence: a tutorial for the non-specialist
• Two-timescale analysis of stratified turbulence, potential vorticity, and statistical mechanics
• Smashing vortices
• Turbulent vortex rings
• Waves and turbulence
• Anderson transitions: recent developments
• Localisation bounds for multiparticle systems
• Localisation bounds for multiparticle systems
• Vortex rings
• Vortex rings
• Eigenvalue statistics for random CMV matrices
• Eigenvalue statistics for random CMV matrices
• Atomism and quantization
• Atomism and quantization
• Absolute zero: a history of 400 years of thermodynamics
• Absolute zero: a history of 400 years of thermodynamics
• Wave breaking
• Wave breaking
• Quantum network models and classical trails
• On mean-field theory of Anderson localisation
• Possible intertial range dynamics in strongly stratified flows
• Tunneling electroconductivity of Bose condensates
• Freezing transition in a problem of Anderson localisation
• Scalar transport
• Nonlinearity, interactions and Anderson localisation
• Stratified turbulence in the atmosphere and the oceans
• Anderson localisation in the presence of interactions in BEC
• Helical flows, conservation laws and symmetries
• Lieb-Robinson bounds for harmonic and anharmonic lattice systems
• Pressure-driven turbulent puff in a pipe
• Inviscid two-dimensional turbulence
• Reconnection of superfluid vortex bundles
• Numerical study of 3D Rayleigh-Taylor turbulence
• Scaling criteria for high Reynolds and Peclet number turbulent flow, scalar transport, mixing, and heat transfer
• Transition in energy spectrum for forced stratified turbulence
• Vertical dispersion by stratified turbulence
• Stratified turbulence: a possible interpretation of some geophysical turbulence measurements
• Closure theories for inhomogeneous turbulence
• The behaviour of particle pairs in kinematic simulations
• Clustering of inertial particles in shear flows
• Lagrangian acceleration in confined 2d turbulent flow
• Dynamics of inertial particles in fully developed turbulence
• Diffusion in Hamiltonian particle-reservoir models
• Local flow structure and Reynolds number dependence of Lagrangian statistics in direct numerical simulations of homogeneous turbulence
• Intermittency and scaling of passive scalar convected by isotropic steady turbulence under the uniform mean scalar gradient
• Statistically stationary stirring of a scalar sustained by steady sources and sinks
• Experimental results on the dynamics of tracers and inertial particles in highly turbulent flows
• Lagrangian velocity statistics in turbulence: theory, experiments and numerics
• Modelling two-time velocity correlations for prediction of both Lagrangian and Eulerian statistics
• Kolmogorov 4/5 law, nonlocality and sweeping decorrelation hypothesis
• How deep should one go to get the inertial range right?
• Scaling law of fractal-generated turbulence and its derivation from a new scaling group of the multi-point correlation equation
• Capturing reconnection in Navier-Stokes and resistive MHD dynamics
• Thresholds for the formation of satellites in two--dimensional vortices
• On enstrophy dissipation in 2D turbulence
• Kinetic turbulence: a nonlinear route to dissipation through phase space
• The absence of bottleneck in the Lagrangian-averaged model for incompressible magnetohydrodynamics
• Resolving the cascade bottleneck in vortex-line turbulence
• On the large-scale structure of two-dimensional turbulence
• Lagrangian evolution of non-Gaussianity and material deformation in restricted Euler dynamics
• Energy cascade in turbulent flows: quantifying effects of Reynolds number and local and nonlocal interactions
• CVS filtering to study turbulent mixing
• Statistics of two-point velocity difference in high-resolution direct numerical simulations of turbulence in a periodic box
• Eigenvalue concentration bounds for multi-particle Hamiltonians
• Statistics and growth rates of high-amplitude vorticity events in turbulence
• The structure of the velocity and passive scalar mixing in a multiple opposed jets reactor
• On extension of the formalism MPDFA and its application to the analyses of DNS 4096$^3$ conducted by Kaneda and Ishihara
• On extension of the formalism MPDFA and its application to the analyses of DNS 4096$^3$ conducted by Kaneda and Ishihara
• Intermittency in imperfect multiplicative cascades
• Anisotropic pressure and acceleration spectra in uniform shear flow
• Cryogenic turbulence
• Homogeneous isotropic turbulence with polymer additives
• Kinetic theory representation for turbulence modeling and computation
• Kinetic theory representation for turbulence modeling and computation
• Emerging symmetries and condensates in inverse cascades
• Extreme scaling in turbulence simulations: challenges and opportunities for the research community
• A role of spectral turbulence simulations in developing HPC systems
• Quantum transport in chaotic cavities and Selberg integral
• Turbulence in four dimensions
• Instabilities of two-layer shallow-water flows with vertical shear in the rotating annulus
• Fine properties of absolutely continuous spectra of 1D quasiperiodic operators
• A Lagrangian view of scalar transport and mixing
• Construction of KdV flow on generalised reflectionless potentials
• Turbulent mixing regimes in stratified shear flow
• Diffusion of energy in coupled map lattices
• Wall turbulence: from the laboratory to the atmosphere
• Quantum transport in disordered graphene
• Luttinger liquid with a side-attached resonant impurity
• LES and modelling near-wall multipoint correlations
• Bifurcation phenomena in the flow through a sudden expansion in a circular pipe
• Global analysis of convective instabilities in nonparallel flows
• Lift-up and convective nonnormalities : the dynamics of a recirculation bubble
• Stability in a plane channel flow with viscosity stratification
• Exact solutions in the 2-dimensional viscoelastic channel flow
• The sliding Couette flow problem
• Subcritical equilibria in counter-rotating Taylor-Couette flow
• On describing mean flow dynamics in wall turbulence
• An event-based description of the heat-flux time series in an atmospheric boundary layer
• Large-scale motions in supersonic turbulent boundary layers
• Large scale features in turbulent pipe and channel flows
• Large scale structures of high Reynolds number turbulent boundary layers
• The existence of very-large scale motions or `superstructures' in wall-bounded turbulent flows
• Spectra of sparse random matrices and localisation on random graphs
• Transition in wall-bounded flows
• Transition in wall-bounded flows
• Statistics of passive vectors in an unstable periodic flow of Couette system
• Transition to turbulence and turbulent bifurcation in a von Karman flow
• Computational methods for finding exact solutions of shear flows
• Transition to turbulence in a pipe
• Subcritical instability in shear flows: the shape of the basin boundary
• Underlying large-scale structures in transitional pipe flow
• Lower-branch travelling waves and transition to turbulence in pipe flow
• Dynamical characterization of large scale structures in channel flow turbulence
• Structure and dynamics of turbulent pipe flow
• Turbulent dynamics of pipe flows captured in a reduced model
• Turbulent-laminar patterns II
• Turbulent-laminar patterns in plane Couette flow
• Phase transition in activated random walk model
• Instabilities in variable-property flows, and the continuous spectrum
• Transient growth induced by surface roughness in a Blasius boundary layer
• Boundary layer transition by discrete and continuous modes
• Boundary layer transition by discrete and continuous modes
• Significance of localized vortical disturbances in wall-bounded and free shear flows
• Lagrangian measurements of inertial particle accelerations in shear, and in grid generated turbulence
• The Reynolds shear stress in zero pressure gradient turbulent boundary layers
• Genesis of coherent structures through an interactive bypass transition process
• Optimal transient growth and very large scale structures in turbulent boundary layers
• Input-output analysis, model reduction and flow control applied to the Blasius boundary layer
• Transitional plane Couette flow: an alternative to the low dimensional dynamical systems approach
• Symmetry reduced averages over moderately turbulent flows
• Invariant solutions and visualization of dynamics in plane Couette flow
• Optimal paths to transition in a duct
• Repeller or attractor? Selecting the dynamical model of shear flow turbulence
• Transition to turbulence in pipe flow
• Modelling large-scale influences in near-wall turbulence
• Comparison between turbulent boundary layers and channels from direct numerical simulations
• Reynolds-stress-constrained subgrid-scale stress model for large eddy simulation of wall bounded turbulent flow
• Reynolds-stress-constrained subgrid-scale stress model for large eddy simulation of wall bounded turbulent flow
• Universal character of perturbation growth in near-wall turbulence
• On two problems for a random Schroedinger equation
• Expansion of cold atomic gases in the presence of disorder
• On conductivity measures for the Anderson model
• Statistics of resonances in a disordered chain
• Flow equations for Hamiltonians
• Quantum vs. classical localization of excited many-particle states
• Anderson localization: from theoretical aspects to applications in QCD and cold atoms
• Anderson localisation for the nonlinear Schroedinger Equation (NLSE): results and puzzles
• On the Mott formula for the low frequency conductivity: a review
• The random phase hypothesis for quasi-1D random media
• Diffusion of wave packets in a Markov random potential
• Hyperbolic Hubbard-Stratonovich transformations
• A supersymmetric model for quantum diffusion in 3d
• Anderson localization in 2D systems : from Schrodinger to Dirac stochastic equations
• A variant of an estimate by Minami
• Non-Hermitian Anderson model on a strip: properties of eigenvalues and eigenfunctions
• Spectral bounds for non-self-adjoint Anderson models
• Quantum and classical localisation transitions
• Cell model for scaling near the mobility edge
• Local semicircle law and complete delocalization for Wigner random matrices
• Anderson localization and electron-electron interaction
• On distribution of zeros of polynomials approximating exponential type entire functions
• Localization, conduction, and superfluidity
• B1 Multi-stratum experiments
• B3 Multi-tiered experiments
• B2 Optimal design for linear and non-linear models
• B1 Multi-stratum experiments
• Anderson localisation: phenomenology and mathematics (4)
• A two cities theorem for the parabolic Anderson model
• A3 Clinical Trials
• A3 Clinical Trials
• A3 Clinical Trials
• Introduction to supermatrix techniques (6)
• Critical phenomena in 2D disordered systems (3)
• B3 Multi-tiered experiments
• A1 Experiments in genomics and proteomics
• A1 Experiments in genomics and proteomics
• Introduction to supermatrix techniques (5)
• Critical phenomena in 2D disordered systems (2)
• A2 Computer Experiments
• A2 Computer Experiments
• Critical phenomena in 2D disordered systems (1)
• A2 Computer Experiments
• Anderson localisation: phenomenology and mathematics (2)
• B1 Multi-stratum experiments
• Statistical mechanics of phase transitions (5)
• The historical origins of localisation
• Anderson localisation and sub-diffusion for the nonlinear Schrodinger equtation: results and puzzles
• B3 Multi-tiered experiments
• B2 Optimal design for linear and non-linear models
• Introduction to supermatrix techniques (4)
• Statistical mechanics of phase transitions (4)
• Localization for random divergence operators
• Anderson localisation: phenomenology and mathematics (1)
• Poster session
• Rigorous techniques for 1D systems (1)
• Introduction to spectral theory (5)
• Quasimodes of Seba billiards
• Introduction to spectral theory (4)
• Introduction to spectral theory (3)
• Effect of disorder on positive shot noise cross-correlations in superconducting hybrids
• Introduction to spectral theory (2)
• Introduction to spectral theory (1)
• Statistics in astronomy: the Taiwanese-American occultation survey
• Applications of approximate inference and experimental design for sparse (generalised) linear models
• Estimation of nonlinear functionals: recent results and open problems
• Model free variable selection via sufficient dimension reduction
• Dimension selection with independent component analysis and its application to prediction
• Optimal prediction from relevant components
• Permutation-invariant covariance regularisation in high dimensions
• Graph decomposition for community identification and covariance constraints
• Estimation of large volatility matrix for high-frequency financial data
• Generalised gaussian process functional regression model
• Limiting theorems for large dimensional sample means, sample covariance matrices and Hotelling's T2 statistics
• The Nystrom extension and spectral methods in learning: low-rank approximation of quadratic forms and products
• Penalized empirical risk minimization and sparse recovery problems
• Covariate adjusted functional principal component analysis for longitudinal data
• Transposably invariant sample reuse: the pigeonhole bootstrap and blockwise cross-validation
• Transposably invariant sample reuse: the pigeonhole bootstrap and blockwise cross-validation
• Sparsity in machine Learning: approaches and analyses
• Sparsity in machine Learning: approaches and analyses
• Liquid association for large scale gene expression and network studies
• Liquid association for large scale gene expression and network studies
• Liquid association for large scale gene expression and network studies
• Liquid association for large scale gene expression and network studies
• Liquid association for large scale gene expression and network studies
• Liquid association for large scale gene expression and network studies
• High dimensional inference in bioinformatics and genomics
• High dimensional inference in bioinformatics and genomics
• Statistical network analysis and inference: methods and applications
• Statistical network analysis and inference: methods and applications
• Data, models, inference and computation for dynamic cellular networks in systems biology
• Data, models, inference and computation for dynamic cellular networks in systems biology
• The exchangeable graph model for statistical network analysis
• The exchangeable graph model for statistical network analysis
• Sparsity oracle inequalities
• Sparsity oracle inequalities
• Large-scale multiple testing: finding needles in a haystack
• Large-scale multiple testing: finding needles in a haystack
• Large-scale multiple testing: finding needles in a haystack
• Large-scale multiple testing: finding needles in a haystack
• Stability - based regularisation
• Stability - based regularisation
• Dimension reduction
• Dimension reduction
• Variable selection in very high dimensional regression and classification
• Variable selection in very high dimensional regression and classification
• Nonparametric Bayesian times series models: infinite HMMs and beyond
• High frequency variability and microstructure bias
• A complexity dichtomy for partition functions with mixed signs
• Markov chain Monte Carlo algorithms for Gaussian processes
• Clustering of time course gene-expression data via mixture regression models
• Bayesian Gaussian process models for multi-sensor time-series prediction
• Factorial switching linear dynamical systems for physiological condition monitoring
• Multi-object tracking with representations of the symmetric group
• Recent applications of spatial point processes to multiple-object tracking
• Negative dependence and zeros of multivariate polynomials IV
• Two problems with variational expectation maximisation for time-series models
• Estimating multiple fractional seasonal long-memory parameter
• A modern perspective on auxiliary particle filters
• State estimation in high dimensional systems: the method of the ensemble unscented Kalman filter
• A Bayesian method for non-Gaussian autoregressive quantile function time series models
• A Bayesian method for non-Gaussian autoregressive quantile function time series models
• Negative dependence and zeros of multivariate polynomials III
• Negative dependence and zeros of multivariate polynomials II
• Bounding chromatic roots of series parallel graphs in terms of maxmaxflow
• Confidence sets for the optimal approximating model - bridging a gap between adaptive point estimation and confidence regions
• Sparse recovery in convex hulls based on entropy penalisation
• Negative dependence and zeros of multivariate polynomials I
• Challenges of regional climate modelling and validation
• Zero-free regions for multivariate Tutte polynomials
• Zero-free regions for multivariate Tutte polynomials
• Approximation of functional spatial regression models using bivariate splines
• On the approximation of quadratic forms and sparse matrix products
• Maps and graphs on surfaces
• Learning curves: lessons from statistical machine translation
• On the interaction of defects in lattices
• Functional regression and additive models
• Understanding uncertainty
• Factorial mixture of Gaussians and the marginal independence model
• Nonparametric estimation of a log-concave density
• On estimating covariances between many assets with histories of highly variable length
• Latent variable models of transcriptional regulation
• Latent variable models of transcriptional regulation
• Latent variable models of transcriptional regulation
• Slow subspace learning
• Slow subspace learning
• Slow subspace learning
• On the shameful conjecture
• On the shameful conjecture
• On stratified path sampling of the thermodynamic integral: computing Bayes factors for nonlinear ODE models of biochemical pathways
• On stratified path sampling of the thermodynamic integral: computing Bayes factors for nonlinear ODE models of biochemical pathways
• On stratified path sampling of the thermodynamic integral: computing Bayes factors for nonlinear ODE models of biochemical pathways
• Frontiers in applications of machine learning
• Frontiers in applications of machine learning
• Frontiers in applications of machine learning
• Trees versus connected graphs II
• Assessing high-dimensional latent variable models
• Assessing high-dimensional latent variable models
• Looking at data and models in high-dimensional spaces: (3) Determining significance of structure
• Looking at data and models in high-dimensional spaces: (3) Determining significance of structure
• Object oriented data analysis
• Entropic graphs for high-dimensional data analysis
• Random randomly coloured graphs
• Lasso type classifiers with a reject option
• Looking at data and models in high-dimensional spaces: (2) How, when and why to use interactive and dynamic graphics
• Non-asymptotic variable identification via the Lasso and the elastic net
• The clustering coefficient of a scale-free random graph
• Algebraic numbers/chromatic roots working group
• Testing for sparse normal means: is there a signal?
• A Grassmann algebra related to spanning forests
• Making the sky searchable: large scale astronomical pattern recognition
• Counting lattice paths with the kernel method
• Counting lattice paths with the kernel method
• Prudent and quasi-prudent self-avoiding walks and polygons
• Theory of electric networks: the two-point resistance and impedance
• Theory of electric networks: the two-point resistance and impedance
• The bead model
• Exact enumeration of plane partitions and rhombus tilings
• Dimer packings with gaps and electrostatics: boundary interactions
• A Bayesian reassessment of nearest-neighbour classification
• Boundary partitions in trees and dimers
• Dimer partition functions on surface graphs of higher genus
• Empirical likelihood with a growing number of parameters
• Large deviation of the top eigenvalue of a random matrix
• Vacancy localisation in the square dimer model, statistics of geodesic in large quadrangulations
• A bijection for covered maps on orientable surfaces
• The continuous limit of random planar maps
• Spectra and generalisation
• Partitions, matrix models, and geometry
• Determining the number of factors in a linear mixture model from limited noisy data
• Some notes on the combinatorial zeta function
• Matroids with nine elements
• Data visualisation via pairwise displays
• Enumeration and asymptotics of random walks and maps
• Counting partially directed walks in a symmetric wedge
• Identities for fully packed loop configurations and semistandard tableaux
• Constructive field theory without tears
• Forest-root formulas in statistical physics
• Combinatorial identities and the correlation function gaps in dimer packings
• Connes-Kreimer Hopf algabra for non-commutative field theory
• Solving Bogoliubov's recursion in renormalisation using a simple algebraic identity
• Alexander-Conway polynomial, milnor numbers, and the Pfaffian matrix-tree theorem
• Boosting kernel estimates
• Multivariable Tutte and transition polynomials
• Parametric representation of non commutative quantum field theory
• An extensor tree theorem and a Tutte identity for graphs with distinguished port edges
• Potts model, O(n) non-linear sigma-models and spanning forests
• Introduction to non commutative field theory
• Integral equations for cluster expansion sums of polymer models with (soft) repulsion
• Analyticity of the pressure of the hard-sphere gas
• Mayer polytopes and divided differences
• A bijection between subgraphs and orientations based on the combinatorics of the Tutte polynomial
• Determinant formulas for pairing matrices of arrangements of hyperplanes
• Field theoretic cluster expansions and the Brydges-Kennedy forest sum formula
• Empirical efficiency maximisation: improved locally efficient covariate adjustment
• Counting with Gaussian integrals and cluster expansions
• Improved bounds on cluster expansion of the abstract polymer model (via the Penrose identity)
• Graph classes with given 3-connected components: asymptotic counting and critical phenomena
• Cluster expansions (a historical overview)
• Introduction to species and combinatorial equations
• Genomic principles for feedback regulation of metabolism
• Approximate genealogical inference
• Functional genomic approaches to stem cell biology
• High-resolution binding specificity profiles of transcription factors and cis regulatory codes in DNA
• High-resolution identification of active gene regulatory elements
• Steps toward directed identification of disease genes: predicting the consequences of genetic perturbations
• Refined nonparametric methods for genomic inference
• Cracking the regulatory code: predicting expression patterns from DNA sequence
• Enumeration of the degree sequences of non-separable graphs and connected graphs
• Ultra-deep sequencing of mixed virus populations
• Extraction and classification of cellular and genetic phenotypes from automated microscopy data
• Extraction and classification of cellular and genetic phenotypes from automated microscopy data
• Computational analysis and prediction of microRNA binding sites
• Population genomics of human gene expression
• Sparsity modelling in gene expression pathway studies
• Efficient use of population genome sequencing data
• Statistical challenges in using comparative genomics for the identification of functional sequences
• On mixture models in high-dimensional testing for the detection of differential gene expression
• Functional genomics and the forest of life
• The evolution of promoter sequence
• Extremality of Gibbs measure for colorings on trees
• Bank sampling: a practical proposal for sampling from isolated maxima with the Metropolis algorithm
• Testing expansion in bounded degree graphs
• What happens to a random walk before equilibrium?
• Randomised algorithms for the maximum clique problem
• Near Boltzmann-Gibbs measure preserving stochastic variational integrator
• Card shuffling and Diophantine approximation
• Graphical representations and cluster algorithms
• An introduction to dynamic critical phenomena and cluster algorithms
• Proving slow mixing with fault lines and fat contours
• Properties of the interfaces in the multyphase regimes
• The semiparametric Bernstein-Von Mises theorem
• Log-concave random graphs
• Multiple random walks in random regular graphs
• Colouring random graphs randomly
• Path coupling without contraction
• A birthday paradox for Markov chains, with an optimal bound for collision in the Pollard Rho algorithm for discrete logarithm
• Cutoff in total variation for birth-and-death chains
• On hitting times and fastest strong stationary times for birth-and-death chains and other skip-free chains
• Improvements to variational Bayesian inference
• Rapid mixing of Gibbs sampling on graphs that are sparse on average
• The east model: a case study from glassy dynamics
• A new probability inequality and some optimal concentration results
• A Markov chain for certain triple systems
• Asymptotic enumeration of contingency tables
• Can extra updates delay mixing?
• Random colorings
• Mixing 101
• Set-theoretic solutions of the Yang-Baxter equation - a combinatorial approach
• Bootstrapping divergence weighted independence graphs
• Algebraic aspects of chromatic roots
• Combinatorics and quantum information theory
• Analysis of graphs using diffusion processes and random walks (a random walk through spectral graph theory)
• Complete monotonicity for inverse powers of some combinatorially defined polynomials
• Some issues raised by high dimension in Statistics - a partial overview of the SCH Programme
• Connections between combinatorics and statistical mechanics
• Proteomics data analysis
• Algebraic aspects of chromatic roots
• Total variation and curves
• The Blume-Emery-Griffiths model with infinite range interactions in the low temperature disordered phase
• Osculating paths and oscillating tableaux
• Non-parametric estimation of HARDI diffusion weighted magnetic resonance imaging data
• Graph polynomials from an algebraic point of view
• Gaussian process functional regression model for curve prediction and clustering
• Some thoughts about the design of dissimilarity measures
• Pre-modelling via BART
• Learning latent activites in large scale dynamical problems
• Graphical partitions
• Some statistical problems from artificial intelligence
• The carpark problem
• Expectation Propagation -- Experimental Design for the Sparse Linear M
• Bayesian nonparametric latent feature models
• An introduction to variational methods for incomplete-data problems
• Generalised Tutte polynomials
• Orbital chromatic and flow polynomials
• Orbital chromatic and flow polynomials
• Text mining and high dimensional statistical analysis
• Procrustes methods for projective shape
• Procrustes methods for projective shape
• Procrustes methods for projective shape
• Properties of regularisation operators in learning theory
• An inequality for Tutte polynomials
• Modelling human motion with Gaussian processes
• Approximation methods in statistical learning theory
• Generalisations of the Heilmann-Lieb theorem, with proofs
• A database of foreign exchange deals
• Choosing a portfolio of many assets
• High frequency micro structure in futures markets
• Model selection and sharp asymptotic minimaxity
• Integer symmetric matrices with spectral radius at most 2.019
• Dominant traits in the zeros of two-variate two-terminal reliability polynomials
• Representations and partition function zeros of the Potts model with and without boundaries
• An ensemble approach to improved prediction from multitype data
• An ensemble approach to improved prediction from multitype data
• Complex roots of chromatic polynomials
• Self-dual spin systems, zeros of partition function, and error correcting codes
• Chromatic zeros for some recursively defined families of graphs
• Zeros of graph-counting polynomials and their accumulation sets
• Zeros of chromatic and Tutte (Potts) polynomials and general Ising model, and their accumulation sets for families of graphs
• Zeros of truncated binomial polynomials
• Independent sets, lattice gases and the Loavsz Local Lemma
• Enumeration of spanning subgraphs with degree constraints
• A simple resummation method for cluster expansions
• Cluster expansions for hard-core systems: II convergence criteria
• Cluster expansions for hard-core systems: I introduction
• The calculus of combinatorial constructions and Hopf algebras
• New methods for solving high degree polynomial equations that have multiple roots
• On graphs whose chromatic polynomials have no zeros in (1,2)
• Bounds for the numner of matchings in regular graphs
• On the zeros of independence and open set polynomials
• Constructive resolution of two conjectures on real chromatic roots
• Chromatic factorisation of graphs
• Chromatic roots and fibonacci numbers
• Chromatic polynomials and a second Hamiltonian cycle
• Real zeros of chromatic and flow polynomials
• Real zeros of chromatic and flow polynomials
• Complex zeros of the chromatic and Tutte polynomials
• Probablistic methods II
• Graphs and matroids IV
• Phase transitions and cluster expansions III
• Graphs and matroids III
• Algorithms and complexity II
• Probablistic methods I
• Algorithms and complexity I
• Phase transitions and cluster expansions II
• Statistical mechanics II
• Combinatorial enumeration II
• Graphs and matroids II
• Phase transitions and cluster expansions I
• Statistical mechanics I
• Combinatorial enumeration I
• Innovative higher criticism for detecting sparse signals in correlated noise
• Graphs and matroids I
• Models, model lists, model spaces and predictive optimality
• A physicist's approach to high-dimensional inference
• Using side information for prediction
• A geometric perspective on learning theory and algorithms
• Finding low-dimensional structure in high-dimensional data
• The surprising structure of Gaussian point clouds and its implications for signal processing
• Looking at models in high-dimensional data spaces
• Persistence: alternative proofs of some results of Greenshtein and Ritov
• Estimating a response parameter in missing data models with high-dimensional covariates
• Learning in high dimensions, noise, sparsity and treelets
• Computationally tractable statistical estimation when there are more variables than observations
• Sparsity modelling in large-scale dynamic models for portfolio analysis
• Nonparametric cluster analysis: estimating the cluster tree of a density
• P-values for computer-intensive classifiers
• The ultrametric topology perspective on analysis of massive, very high dimensional data stores
• Regularised estimation of high dimensional covariance matrices
• Challenge of dimensionality in model selection and classification
• Kernel-based contrast functions for sufficient dimension reduction
• Model-based sufficient dimension reduction for regression
• Some thoughts on nonparametric classification: nearest neighbours, bagging and max likelihood estimation of shape-constrained densities
• Practical and information-theoretic limitations in high-dimensional inference
• Methods for visualizing high dimensional data
• Incomplete lineage sorting: consistent phylogeny estimation from multiple loci
• Minimum common supergraphs and haplotype networks
• A genealogical approach to studying asexuality
• The influence of effective population size on a genome-wide positive selection scan
• Coalescent consequences for consensus cladograms
• Lineage sorting and multi-species coalescent models
• Reconstruction of certain phylogenetic networks from the genomes at leaves
• Phylogenetic networks
• Hybridisation in non-binary trees
• Evolution of Chloroplasts
• A simple model for a complex world
• Challenges in modeling context-dependent evolution
• MIP models for phylenetic reconstruction under minimum evolution
• Selecting genomes for reconstruction of ancestral genomes
• A phylogenetic definition of structure and further animations on the sequence space
• Markov models of protein evolution: Lets get real!
• 10 Men and 1 woman?
• Distribution of phylogenetic diversity under random extinction
• Ranked tree shapes, shuffles, and a new test for neutrality
• Some broad questions about the tree of life
• Phylogenetics of medieval manuscripts
• On (k.l)-leaf powers
• Identifying Phylogenies: extending the notion of unique
• Encoding phylogenetic trees with weighted quartets
• On the optimality of the neighbour-joining algorithm
• Optimising phylogenetic diversity across two trees
• The identifyability of matrix parameters for covarion-like models
• Optimal realisations
• Practical distance computation in the space of phylogenetic trees
• An exact algorithm for computing the geodesic distance between phylogenetic trees
• Recent progress in phylogenetic combinatorics
• On the nature of heterotachy
• The deep phylogeny problem and its consequences
• How many characters are needed to recontruct the true tree?
• A signal-to-noise analysis of phylogeny estimation by neighbour-joining
• On the hardness of inferring Phylogenies from triplet-dissimilarities
• Incorporating uncertainty in distance-matrix phylogenetic reconstruction
• Seeing the wood for trees: analysing multiple alternative phylogenies
• The tree of life: algorithmic and software challenges
• Planar gluon amplitudes/Wilson loop duality in N=4 SYM
• On bound states of the light-cone AdS5 x S5 superstring
• Investigation of dressing phase at strong coupling
• From planar quantum mechanics to planar quantum field theory
• Perturbative study of the transfer matrix on the string worldsheet in AdS$_5$xS$^5$
• Baxter equations for super Yang-Mills theories
• Semi-classical finite-gap strings
• Algebraic aspects of the AdS/CFT S matrix
• Cusp anomalous dimension in N=4 SYM at strong coupling
• The S-matrix of the Faddeev-Reshetikhin model, diagonalisability and PT symmetry
• From quasiclassics to nested Bethe ansatze
• Wrapping interactions at strong coupling
• Anomalous dimensions of local operators and Pomeron in N=4 SUSY
• Encoding the Bethe ansatz in ordinary differential equations
• MHV amplitudes in N=4 super Yang-Mills and Wilson loops
• Hidden conformal symmetry of gluon amplitudes and Wilson loops
• From characters to quantum (super) spin chains via fusion
• Classical and quantum aspects of integrable shocks
• The quantum AdS$_5$xS$^5$ superstring in the light cone gauge
• On the construction of monopoles
• Collapsing the Bethe ansatz
• Dilatation operator and Cayley graphs
• The Leigh-Strassler deformation and the quest of integrability
• Gauged linear sigma model for the AdS$_5$xS$^5$ superstring
• Strong coupling limit of Bethe ansatz equations
• Anomalous dimensions at strong coupling: NNLO and beyond
• Quasilocality of splitting/joining strings from coherent states
• Factorised world-sheet scattering in near-flat AdS$_5$xS$^5$
• Spectral curve for the Heisenberg ferromagnet and AdS/CFT
• Exact results for twist operators in planar N=4 SYM
• Phylogenetic combinatorics: analysing branching patterns in evolutionary trees
• Phylogenetic models and algebra
• Algorithm design for large-scale phylogenetic analysis
• Phylogenetic models and the origins of chloroplasts
• Supergroups for disordered Dirac fermions: the quantum Hall transition
• New methods for estimating language evolution
• Bosonic dualities in the Bethe ansatz
• Hedgehog black holes and the deconfinement transition