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Isaac Newton Institute Seminar Series
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The Isaac Newton Institute for Mathematical Sciences is a national and international visitor research institute. It runs research programmes on selected themes in mathematics and the mathematical sciences with applications over a wide range of science and technology. You can receive regular information by email on Institute seminars and events by subscribing to our mailing lists: follow the instructions at http://www.newton.cam.ac.uk/mailing.html. There are lists for each individual Institute programme. If you have a question about this list, please contact: Kathryn de Ridder; Clare Merritt; INI IT; Vincenzo Abete; ss917; ad864; Robert Barczyk. If you have a question about a specific talk, click on that talk to find its organiser. 410 upcoming talks and 11534 talks in the archive: show all (slow!). Kirk Lecture: Bridging the Divide: from Matrix to Tensor algebra for Optimal Approximation and CompressionRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
A Frequentist Perspective on the EnKF for Parameter EstimationDDE - The mathematical and statistical foundation of future data-driven engineering
Affine Invariant Ensemble Transform Methods to improve predictive uncertainty in neural networksDDE - The mathematical and statistical foundation of future data-driven engineering
Networking ReceptionOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Discussion and QuestionsOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Difficulties of Seeing Through Walls: Why Stand-off Structure Reconnaissance with Radar is HardOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Homogenisation Approach for Acoustic Metamaterials with a Soft MatrixOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Fluid Characterization using Guided WavesOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Let There be Light and Sound: Developing a Toolkit to Interrogate Structures in DairyOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Topological Fibre OpticsOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Imaging Thick Samples with Coherent X-raysOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Acoustic Wave Propagation and Scattering in the Pipe with UncertaintiesOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Inversion of Guided Wave Scattering For Measuring Corrosion in Pipes and PlatesOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Welcome and IntroductionOFBW60 - Wave Scattering in Complex Matter: Advances in Material Characterisation and the Design of Materials
Gateway OfB MWSTGM - Turing Gateway to Mathematics
Gateway OfB MWSTGM - Turing Gateway to Mathematics
A numerical analysis perspective on neural networksDDE - The mathematical and statistical foundation of future data-driven engineering
Numerical approaches for investigating the chaotic behavior of nonlinear disordered lattice modelsMWSW04 - Multiple scattering in engineering and applied sciences
Scattering of acoustic waves by a resonant bubbly screenMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
Range characterization of spherical Radon transforms and unique continuation propertyRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Design and experimental verification of BICs in circular clusters of scatterersMWSW04 - Multiple scattering in engineering and applied sciences
Scattering of water waves by multiple rows of vertical thin barriersMWSW04 - Multiple scattering in engineering and applied sciences
Moving objects in a scattering medium: a wavefront-shaping approachMWSW04 - Multiple scattering in engineering and applied sciences
Topological mechanical chains : hidden symmetries and nonlinear phenomenaMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
Scattering and multiple scattering in nonlinearly pre-stressed materialsMWSW04 - Multiple scattering in engineering and applied sciences
Upscaling of the wave equation in permeable materials with active inner sourcesMWSW04 - Multiple scattering in engineering and applied sciences
Mechanistically evaluating the local Bloch wave approximation in graded arrays of vertical barriersMWSW04 - Multiple scattering in engineering and applied sciences
Sound absorption coatings for maritime applicationsMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
Correct answers: who needs them? (a story of numerical computing)RNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Simplified models of multiple-scattering effects in Acoustic Metamaterials with a soft matrixMWSW04 - Multiple scattering in engineering and applied sciences
Localization of topologically protected elastic waves: from diffuse to punctual modifications of the domainMWSW04 - Multiple scattering in engineering and applied sciences
A new look at multiple scattering in the presence of porous materialsMWSW04 - Multiple scattering in engineering and applied sciences
From effective medium to double-zero-index materialsMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
Metamaterials for therapeutic ultrasound applicationsMWSW04 - Multiple scattering in engineering and applied sciences
Synchronized motion between elastic waves in a phononic structure and fluid waves in an interfacing flowMWSW04 - Multiple scattering in engineering and applied sciences
Rothschild Lecture: When data driven reduced order modeling meets full waveform inversionMWS - Mathematical theory and applications of multiple wave scattering
Ray transforms acting on 2D m-tensor fieldsRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Free Afternoon and PostersMWSW04 - Multiple scattering in engineering and applied sciences
Coupled-resonator elastic structures: a paragon for molecular and condensed matter physicsMWSW04 - Multiple scattering in engineering and applied sciences
Multiple cluster scattering and other approaches for modelling and optimization of large wave energy parksMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
Transmission Eigenvalues and Non-Scattering InhomogeneitiesMWSW04 - Multiple scattering in engineering and applied sciences
Data-to-Born transform for multiple removal and imaging with wavesMWSW04 - Multiple scattering in engineering and applied sciences
Dynamic Green’s functions & gyroscopic motion in structured flexural systemsMWSW04 - Multiple scattering in engineering and applied sciences
Imaging and sub-wavelength measurements in scattering mediaMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
Phase-contrast THz-CT for non-destructive testingRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Extraordinary Electromagnetic Wave Properties of Stealthy Hyperuniform Composite MediaMWSW04 - Multiple scattering in engineering and applied sciences
An exact analogue of the Hatano-Nelson model for continuous systemsMWSW04 - Multiple scattering in engineering and applied sciences
Dimension reduction and distance learning: Classical methods and Fermat distance.DDE - The mathematical and statistical foundation of future data-driven engineering
Some recent advances in electromagnetic and flexural wave scattering: CPAL and shape recognitionMWSW04 - Multiple scattering in engineering and applied sciences
Invisibility of Defects in Chiral and Mirror Symmetric Acoustic NetworksMWSW04 - Multiple scattering in engineering and applied sciences
Group Photo, Morning Coffee and PostersMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
Dirty and Messy Cavity-Optomechanics: a cavity optomechanical platform for GHz phonon amplification via Anderson-localized optical modesMWSW04 - Multiple scattering in engineering and applied sciences
Bubbly media as a playground for multiple scatteringMWSW04 - Multiple scattering in engineering and applied sciences
Ultrasonic wave transport in strongly scattering resonant suspensionsMWSW04 - Multiple scattering in engineering and applied sciences
Multiple scattering analysis of the localization of flexural waves in thin elastic platesMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
Graded arrays for spatial frequency separation and amplification of water wavesMWSW04 - Multiple scattering in engineering and applied sciences
Acoustic design of layered mediaMWSW04 - Multiple scattering in engineering and applied sciences
Propagation and confinement of elastic waves in a random distribution of pillarsMWSW04 - Multiple scattering in engineering and applied sciences
Analysis of wave dispersion and localised wave forms in chiral elastic waveguides subjected to gravityMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
Wave transmission and resonances on periodic temporal interfacesMWSW04 - Multiple scattering in engineering and applied sciences
WelcomeMWSW04 - Multiple scattering in engineering and applied sciences
Broken ray transforms for twisted geodesics on surfacesRNTW03 - New tomographic methods using particles
Detection of an unbounded thin waveguide in the Helmholtz equation in the plane.RNTW03 - New tomographic methods using particles
Conductivity Imaging using Deep Neural NetworksRNTW03 - New tomographic methods using particles
All Models are UncertainDDE - The mathematical and statistical foundation of future data-driven engineering
Uniqueness and support theorems for analytic double fibration transformsRNTW03 - New tomographic methods using particles
Inverse problems for non-linear partial differential equations and applications in tomographyRNTW03 - New tomographic methods using particles
Molecular Flexibility in Cryo Electron MicroscopyRNTW03 - New tomographic methods using particles
Extreme events: model selection and the value of dataDDE - The mathematical and statistical foundation of future data-driven engineering
Weighted Radon transforms of vector fields, with applications to magnetoacoustoelectric tomographyRNTW03 - New tomographic methods using particles
Imaging with low photon counts and high background noiseRNTW03 - New tomographic methods using particles
Beyond-Nearest-Neighbour MetamaterialsMWS - Mathematical theory and applications of multiple wave scattering
Weakly nonlinear geometric optics for the Westervelt equation and recovery of the nonlinearityRNTW03 - New tomographic methods using particles
Toward the Analysis and Control of Extreme Aerodynamic Flows with Data-Driven MethodsDDE - The mathematical and statistical foundation of future data-driven engineering
The light observation set and applicationsRNTW03 - New tomographic methods using particles
Statistical aspects of the non-abelian X-ray transformRNTW03 - New tomographic methods using particles
Sensing and control of turbulent flows through deep learningDDE - The mathematical and statistical foundation of future data-driven engineering
Beating the Diffraction Limit in Thermoacoustic Range Verification During Particle Therapy : theory and experimental realityRNTW03 - New tomographic methods using particles
Data-based reductions and closure models for dynamical systemsDDE - The mathematical and statistical foundation of future data-driven engineering
A Prompt Gamma-Ray Detection System for 3D Range Verification in Proton Beam TherapyRNTW03 - New tomographic methods using particles
Measurement uncertainties in neutron and gamma-ray imaging for proton range monitoringRNTW03 - New tomographic methods using particles
Hybrid neutron and gamma-ray detection and imaging for range monitoring in proton therapy – The NOVO projectRNTW03 - New tomographic methods using particles
Monitoring spent nuclear fuel repositories with passive gamma emission tomographyRNTW03 - New tomographic methods using particles
On a cylindrical scanning modality in three-dimensional Compton scatter tomographyRNTW03 - New tomographic methods using particles
Machine Learning for the dynamical systems approach to turbulenceDDE - The mathematical and statistical foundation of future data-driven engineering
Microlocal properties of novel Ellipsoidal and hyperbolic Radon transformsRNTW03 - New tomographic methods using particles
Explicit inversion formulas for normal operators of momentum ray transformsRNTW03 - New tomographic methods using particles
AI/Computing: Alloys for Flow Modeling and ControlDDE - The mathematical and statistical foundation of future data-driven engineering
Ion CT image acquisition and reconstructionRNTW03 - New tomographic methods using particles
Phase retrieval and phaseless inverse scattering with background informationRNTW03 - New tomographic methods using particles
What makes turbulence tick?DDE - The mathematical and statistical foundation of future data-driven engineering
Truly Predictive Reduced Order Modeling for Complex Multi-scale, Multi-physics ProblemsDDE - The mathematical and statistical foundation of future data-driven engineering
Strain tomography from energy-resolved neutron imagingRNTW03 - New tomographic methods using particles
Real-time & offline modellingDDE - The mathematical and statistical foundation of future data-driven engineering
Polarized neutron imagingRNTW03 - New tomographic methods using particles
Quantitative inverse problems in visco-acoustic media and evaluation of attenuation model uncertaintiesRNTW03 - New tomographic methods using particles
Analytic inversion of restricted conical Radon transformsRNTW03 - New tomographic methods using particles
WelcomeRNTW03 - New tomographic methods using particles
Cross Programme Talk: Explainable Augmented Intelligence (AI) for Crack CharacterizationMWS - Mathematical theory and applications of multiple wave scattering
Rothschild Lecture: The miracle of tomographyRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Poster Prize and Final RemarksTGM133 - Phase Transitions and Correlated Random Processes
Poster Prize and Final RemarksTGM133 - Phase Transitions and Correlated Random Processes
Bijecting the BKT TransitionTGM133 - Phase Transitions and Correlated Random Processes
Elevator Pitch Q&ATGM133 - Phase Transitions and Correlated Random Processes
Isotonic Subgroup SelectionTGM133 - Phase Transitions and Correlated Random Processes
Canonical Correlation AnalysisTGM133 - Phase Transitions and Correlated Random Processes
Schwarzian Field TheoryTGM133 - Phase Transitions and Correlated Random Processes
Vertex-Reinforced Jump Process and a Hyperbolic Spin Model on the Regular Tree: Infinite-Order Transition and an Intermediate PhaseTGM133 - Phase Transitions and Correlated Random Processes
Phase Transition for Random Walks on Graphs with Added Weighted Random MatchingTGM133 - Phase Transitions and Correlated Random Processes
Cutoff for Random Walk on Random Graphs with a Community StructureTGM133 - Phase Transitions and Correlated Random Processes
Stochastic Heat and Wave Equations with Irregular Noise CoefficientsTGM133 - Phase Transitions and Correlated Random Processes
A Quantum Graph Approach to Metamaterial DesignMWS - Mathematical theory and applications of multiple wave scattering
Universal Cutoff for Exclusion with ReservoirsTGM133 - Phase Transitions and Correlated Random Processes
Characterising the Gaussian Free FieldTGM133 - Phase Transitions and Correlated Random Processes
Scaling in Low-dimensional Long-range Percolation ModelsTGM133 - Phase Transitions and Correlated Random Processes
IntroductionTGM133 - Phase Transitions and Correlated Random Processes
Gateway- CCIMITGM - Turing Gateway to Mathematics
Gateway- CCIMITGM - Turing Gateway to Mathematics
Machine Learning for Radio Frequency ApplicationsRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Wave transport through (not quite) disordered waveguidesMWS - Mathematical theory and applications of multiple wave scattering
Rothschild Lecture: From Quantum Entanglement to Future Data-Driven EngineeringDDE - The mathematical and statistical foundation of future data-driven engineering
Photoacoustic TomographyRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Gateway Advisory Board ConfirmedTGM - Turing Gateway to Mathematics
Layered, error enhanced hierarchical dictionary learning algorithm for sparse coding.DDEW03 - Computational Challenges and Emerging Tools
Projected variational inference for high-dimensional Bayesian inverse problemsDDEW03 - Computational Challenges and Emerging Tools
Particle dynamics for rare event estimation with PDE-based modelsDDEW03 - Computational Challenges and Emerging Tools
Poster sessionDDEW03 - Computational Challenges and Emerging Tools
Coherent elastic waves in multiple scattering media: influence of resonances and positional correlations of scatterersMWS - Mathematical theory and applications of multiple wave scattering
Machine-learning building-block-flow model for large-eddy simulationDDEW03 - Computational Challenges and Emerging Tools
Data-driven discovery of flow characteristics enhancing plug-flow performanceDDEW03 - Computational Challenges and Emerging Tools
Learning Regularization for Inverse Problems, Take 2DDEW03 - Computational Challenges and Emerging Tools
Leveraging structure in data assimilationDDEW03 - Computational Challenges and Emerging Tools
Data Learning: integrating Data Assimilation and Machine Learning to deal with limitations in models and dataDDEW03 - Computational Challenges and Emerging Tools
Boundary Recovery of Anisotropic Electromagnetic Parameters for Time Harmonic Maxwell's EquationsRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
SDE sampling algorithms for bounded domains, constraints and noisy gradientsDDEW03 - Computational Challenges and Emerging Tools
Budget-Limited Parametric Estimation for Expensive Black Box Engineering ModelsDDEW03 - Computational Challenges and Emerging Tools
Model Order Reduction in the Multi-Scale Materials SettingDDEW03 - Computational Challenges and Emerging Tools
hIPPYlib-MUQ: A Bayesian Inference Software Framework for Integration of Data with Complex Predictive Models under UncertaintyDDEW03 - Computational Challenges and Emerging Tools
AI/Scientific Computing: Alloys for Complex system modeling and controlDDEW03 - Computational Challenges and Emerging Tools
Active control of liquid film flows: beyond reduced-order modelsDDEW03 - Computational Challenges and Emerging Tools
Adaptive Model Reduction for High-Speed FlowsDDEW03 - Computational Challenges and Emerging Tools
Orthogonal Array-Based Latin Hypercube Designs for Planning Experiments in Biomedical ResearchDDEW03 - Computational Challenges and Emerging Tools
Poster sessionDDEW03 - Computational Challenges and Emerging Tools
Discovering drag reduction strategies in wall-bounded turbulent flows using deep reinforcement learningDDEW03 - Computational Challenges and Emerging Tools
Some old and some new results on the data-driven modeling of complex systemsDDEW03 - Computational Challenges and Emerging Tools
Autonomous research machines: Self-optimizing new chemistryDDEW03 - Computational Challenges and Emerging Tools
Context-aware controller inferenceDDEW03 - Computational Challenges and Emerging Tools
Hybrid numerical-asymptotic boundary element methods for high frequency scattering by multiple obstaclesMWSW03 - Computational methods for multiple scattering
Fast Boundary Element solvers in the frequency domain to simulate coupled acoustic-elastic problems in the time domain. Application to the simulation of underwater explosionsMWSW03 - Computational methods for multiple scattering
Time-domain calculations for multiple wave scatteringMWSW03 - Computational methods for multiple scattering
Scattering of waves in orthotropic elastic mediaMWSW03 - Computational methods for multiple scattering
Scattering from a random thin coating of nanoparticlesMWSW03 - Computational methods for multiple scattering
Plenary and FinishTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Discussion & Wrap-upTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
High-Dimensional Online Changepoint DetectionTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Modelisation of periodic meta-surfaces in 3 dimensionsMWSW03 - Computational methods for multiple scattering
Crew Health and Performance Data Analysis Using Change Detection TechniquesTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
High-order algorithms for time- and frequency-domain wave propagation modelsMWSW03 - Computational methods for multiple scattering
Conditional Independence Testing with Applications to Causal InferenceTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Change Point Detection for Condition MonitoringTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Efficient Online Detection of Changes in Data Streams: The FOCuS AlgorithmTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Modal method for multiple scattering in heterogeneous and disordered mediaMWSW03 - Computational methods for multiple scattering
High-Dimensional Time Series Segmentation Via Factor-Adjusted Vector Autoregressive ModellingTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Efficient high-order accurate boundary integral solvers for complicated three dimensional geometriesMWSW03 - Computational methods for multiple scattering
High Throughput Bayesian OptimisationDDE - The mathematical and statistical foundation of future data-driven engineering
Network Anomaly DetectionTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Changepoint Modelling in Spatio-temporal Processes with Application to Ireland Wind DataTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Recent advances on preconditioning for BEM on complex geometries.MWSW03 - Computational methods for multiple scattering
Recent Advance in High-dimensional Changepoint ProblemsTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
WelcomeTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Statistical Scalability for Data Streams: Recent Advances, Applications and ImpactTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
The longitudinal and transverse ray transforms in the plane: applications to tomography and radarRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
WaveHoltz: Wave Based Iterative Scheme for Helmholtz ProblemsMWSW03 - Computational methods for multiple scattering
Wave propagation in inhomogeneous media with quasi-Trefftz methodsMWSW03 - Computational methods for multiple scattering
Transmission problem between periodic half-spacesMWSW03 - Computational methods for multiple scattering
Wave propagation in unbounded quasiperiodic mediaMWSW03 - Computational methods for multiple scattering
Is the FEM error smaller away from the scatterer than near it for high-frequency Helmholtz problems with trapping?MWSW03 - Computational methods for multiple scattering
Density interpolation methods for volume Integral equationsMWSW03 - Computational methods for multiple scattering
High order convergence of the PML method for periodic surface scattering problemsMWSW03 - Computational methods for multiple scattering
A Hausdorff-measure BEM for acoustic scattering by fractal screens - part 2MWSW03 - Computational methods for multiple scattering
A Hausdorff-measure BEM for acoustic scattering by fractal screens - part 1MWSW03 - Computational methods for multiple scattering
Meta-learning Adaptive Deep Kernel Gaussian Processes for Molecular Property Prediction and OptimizationDDE - The mathematical and statistical foundation of future data-driven engineering
A robust discretization technique for three dimensional Helmholtz problemsMWSW03 - Computational methods for multiple scattering
Operator preconditioning for multiple scattering – An application oriented guideMWSW03 - Computational methods for multiple scattering
A fast high order algorithm for multiple scattering from large configurations of scatterersMWSW03 - Computational methods for multiple scattering
Computational scattering in complex multiscale mediaMWSW03 - Computational methods for multiple scattering
Numerical simulation of nonlinear Schrödinger equationsMWSW03 - Computational methods for multiple scattering
Complex-scaled integral equation with Laplace Green's function for time-harmonic water wavesMWSW03 - Computational methods for multiple scattering
Integral equations and boundary element methods for rough surface scatteringMWSW03 - Computational methods for multiple scattering
An introduction to information-theoretic Bayesian OptimisationDDE - The mathematical and statistical foundation of future data-driven engineering
Willis couplings in one-dimensional and quasi-one-dimensional acoustic systemsMWS - Mathematical theory and applications of multiple wave scattering
Multistatic SAR imaging and coherenceRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Non-stationary and deep Gaussian processesDDE - The mathematical and statistical foundation of future data-driven engineering
Kirk Lecture: Uncertainty quantification for Bayesian inverse problems: efficient methods in the small noise regimeDDE - The mathematical and statistical foundation of future data-driven engineering
Regularisation by non-standard Krylov methodsRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Low Variance Sketched Finite Elements for Elliptic EquationsRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Preconditioned learning rates for continual learningDDE - The mathematical and statistical foundation of future data-driven engineering
Fully Stochastic Reconstruction Methods in Coupled Physics ImagingRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Undersampling Raster Scans in Spectromicroscopy for reduced dose and faster measurementsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Machine learning tools for large tomographic inverse problems with limited training dataRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Mathematical model and stability analysis for an inverse problem in light sheet fluorescence microscopyRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Recent advances in image reconstruction for ultrasound computed tomographyRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Improved Prior Models for Physics-Driven Digital TwinsDDEW02 - Modelling, Analysis and Inference for Digital Twins
On the Inverse Problem of Seismic Imaging: A Mathematical View on Full Waveform InversionRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Coffee BreakDDEW02 - Modelling, Analysis and Inference for Digital Twins
Acoustic nonlinearity parameter tomography as an inverse coefficient problem for a nonlinear wave equationRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Digital twin output functions for time-evolving engineering applicationsDDEW02 - Modelling, Analysis and Inference for Digital Twins
Waves in gyro-elastic structures: modelling and applications- Alexander and Natasha MovchanMWS - Mathematical theory and applications of multiple wave scattering
Computational CardiologyDDEW02 - Modelling, Analysis and Inference for Digital Twins
LunchDDEW02 - Modelling, Analysis and Inference for Digital Twins
Ray tracing approximations to the acoustic propagation in weakly nonlinear regime with applications in HIFURNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Bridging the gap between data-driven and mechanistic modelling: the latent force model approachDDEW02 - Modelling, Analysis and Inference for Digital Twins
Photoacoustic and Ultrasonic Tomography for Breast ImagingRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Using adjoints to efficiently train a digital twin of air pollution in KampalaDDEW02 - Modelling, Analysis and Inference for Digital Twins
The story of ultrasound tomography: From mathematical concepts to clinical applicationsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Science showmanshipRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Neural surrogates for digital twinsDDEW02 - Modelling, Analysis and Inference for Digital Twins
Dual-Energy X-Ray Tomography Method for Material decompositionRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Coffee BreakDDEW02 - Modelling, Analysis and Inference for Digital Twins
Data acquisition on multi-channel ultrasound systemsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Inverse optimal transportDDEW02 - Modelling, Analysis and Inference for Digital Twins
One-shot Learning of Surrogates in PDE-constrained Optimization Under UncertaintyDDEW02 - Modelling, Analysis and Inference for Digital Twins
LunchDDEW02 - Modelling, Analysis and Inference for Digital Twins
Computational Advancements in Edge-Preserving Methods for Dynamic and Large-Scale Inverse ProblemsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Comparison of Markov Chains Monte Carlo via Weak Poincaré Inequalities with ApplicationsDDEW02 - Modelling, Analysis and Inference for Digital Twins
Dynamic X-ray Computed Tomography With Real-World ExamplesRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Higher-order stochastic integration through cubic stratificationDDEW02 - Modelling, Analysis and Inference for Digital Twins
CUQIpy - Computational Uncertainty Quantification for Inverse problems in PythonRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Reconstruction of tomographic images from limited-angular-range dataRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Continuous generative models for inverse problemsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Bayesian Inference for Intractable Simulators: Opportunities and Pitfalls in the Era of Machine LearningDDEW02 - Modelling, Analysis and Inference for Digital Twins
Machine Learned Priors for Nonsmooth Conductivities in D-bar Reconstructions of 2D EIT DataRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Coffee BreakDDEW02 - Modelling, Analysis and Inference for Digital Twins
Feasibility of Acousto-Electric Tomography?RNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Exploring Irregular Posteriors of Geophysical Digital TwinsDDEW02 - Modelling, Analysis and Inference for Digital Twins
The challenges of using live-streamed data in a predictive digital twinDDEW02 - Modelling, Analysis and Inference for Digital Twins
LunchDDEW02 - Modelling, Analysis and Inference for Digital Twins
Monitoring of hemorrhagic stroke using Electrical Impedance Tomography (EIT)RNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
TBCDDEW02 - Modelling, Analysis and Inference for Digital Twins
EIT reconstruction using virtual X-rays and machine learningRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Opening of the WorkshopDDEW02 - Modelling, Analysis and Inference for Digital Twins
Linearised inverse conductivity problem: reconstruction and Lipschitz stability for infinite-dimensional spaces of perturbationsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Fast nonlinear EIT pulmonary imaging of pediatric patientsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Uncertainty Quanti cation in CT pulmonary angiographyRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Uncertainty Quantification of Inclusion BoundariesRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Numerical Methods for CT Reconstruction with Unknown Geometry ParametersRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Recycling MMGKS for Large Scale Dynamic and Streaming DataRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Polarization and spatial coherence of light in disordered mediaMWSW02 - Theory of wave scattering in complex and random media
Scattering by a metasurface with resonant Mie particles under TM/TE polarizationMWSW02 - Theory of wave scattering in complex and random media
Weak localization in radiative transfer of acoustic waves in randomly-fluctuating half-space, slab, and box.MWSW02 - Theory of wave scattering in complex and random media
Transmission and Topology in Disordered Networks of Coaxial CablesMWSW02 - Theory of wave scattering in complex and random media
High-frequency homogenization for imperfect interfaces and dispersive mediaMWSW02 - Theory of wave scattering in complex and random media
3D Anderson Transition with Ultracold AtomsMWSW02 - Theory of wave scattering in complex and random media
Localization in ultracold-atom quasi-periodic modelsMWSW02 - Theory of wave scattering in complex and random media
Causality, sum rules, and scattering boundsMWSW02 - Theory of wave scattering in complex and random media
Transmission and reflection of energy at the boundary of a random two-component compositeMWSW02 - Theory of wave scattering in complex and random media
Kirk Lecture: Control of Water Waves by Metamaterial-Based DevicesMWS - Mathematical theory and applications of multiple wave scattering
Modelling water wave attenuation through random fields of ice floes: Is scattering the answer?MWSW02 - Theory of wave scattering in complex and random media
Energy Based Mathematical Modeling, Simulation, and Control of Energy NetworksDDE - The mathematical and statistical foundation of future data-driven engineering
Is MWST invariant under time reversal - what has that got to do with foods.MWSW02 - Theory of wave scattering in complex and random media
Multimode Multiple Scattering in Soft MediaMWSW02 - Theory of wave scattering in complex and random media
TBAMWSW02 - Theory of wave scattering in complex and random media
Asymptotic analysis of dynamic problems for elastic media with clusters of small inclusionsMWSW02 - Theory of wave scattering in complex and random media
Statistical Moments of Coverage Maps of Ultrasonic Waves in Layered Polycrystalline SolidsMWSW02 - Theory of wave scattering in complex and random media
Wave propagation and scattering in polycrystalline media and applications to ultrasonic characterizationMWSW02 - Theory of wave scattering in complex and random media
Imaging through a scattering medium by speckle intensity correlationsMWSW02 - Theory of wave scattering in complex and random media
Intro talk: Wave propagation in random media: Gaussian and non-Gaussian wave fluctuationsMWSW02 - Theory of wave scattering in complex and random media
Core Imaging Library Hackathon part 4/4RNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Core Imaging Library Hackathon part 3/4RNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Sound absorption by perforated walls along boundariesMWSW02 - Theory of wave scattering in complex and random media
Electromagnetic homogenization with the strong-property-fluctuation theoryMWSW02 - Theory of wave scattering in complex and random media
Fast scattering-matrix solver using augmented partial factorizationMWSW02 - Theory of wave scattering in complex and random media
Acoustic waves propagation in disordered media : Influence of spatial correlations on coherent waveMWSW02 - Theory of wave scattering in complex and random media
Intro talk: Wave propagation in disordered materials: effects of structural correlations and non-linearitiesMWSW02 - Theory of wave scattering in complex and random media
Core Imaging Library Hackathon part 2/4RNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Informal Discussion and Poster sessionMWSW02 - Theory of wave scattering in complex and random media
Poster sessionMWSW02 - Theory of wave scattering in complex and random media
Poster sessionMWSW02 - Theory of wave scattering in complex and random media
Poster pitch sessionMWSW02 - Theory of wave scattering in complex and random media
Intro talk: More than 60 years of Anderson Localization, and counting...MWSW02 - Theory of wave scattering in complex and random media
Core Imaging Library Hackathon part 1/4RNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Tuning the parameters of random particulate materialsMWSW02 - Theory of wave scattering in complex and random media
Numerically validating effective waves in random mediaMWSW02 - Theory of wave scattering in complex and random media
Acoustic Wave Propagation by Small Bodies and ApplicationsMWSW02 - Theory of wave scattering in complex and random media
Wave localisation in high-contrast mediaMWSW02 - Theory of wave scattering in complex and random media
Intro talk: Emergence of Willis constitutive coupling in elastodynamic heterogeneous mediaMWSW02 - Theory of wave scattering in complex and random media
Core Imaging Library Training part 2/2RNT - Rich and Nonlinear Tomography - a multidisciplinary approach
An analytical approach to the design of acoustic meta-materials and meta-surfacesMWSW02 - Theory of wave scattering in complex and random media
Linear Isotropic Chirality: Electromagnetic versus CosseratMWSW02 - Theory of wave scattering in complex and random media
Wavefront-shaped light propagation: beyond the diffusion pictureMWSW02 - Theory of wave scattering in complex and random media
Phase delay of open channels in strongly scattering materialsMWSW02 - Theory of wave scattering in complex and random media
Coherent perfect absorption and transmission in disordered mediaMWSW02 - Theory of wave scattering in complex and random media
Core Imaging Library Training part 1/2RNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Uncertainty Relations for Mesoscopic Coherent LightMWSW02 - Theory of wave scattering in complex and random media
Spin Hall effect of light in random mediaMWSW02 - Theory of wave scattering in complex and random media
Intro talk: Wave Transport in Disordered Media: Effective Medium and the Intermediate Frequency RegimeMWSW02 - Theory of wave scattering in complex and random media
Causality and the development of tunable acoustic metamaterial absorbersMWS - Mathematical theory and applications of multiple wave scattering
Next Steps and CloseTGM131 - Mathematical Challenges in Defence and Security
R-Cloud DemonstrationTGM131 - Mathematical Challenges in Defence and Security
Homogenization of quasi-periodic photonic crystals: The cut-and-project multiple scale methodMWS - Mathematical theory and applications of multiple wave scattering
Feedback on ChallengesTGM131 - Mathematical Challenges in Defence and Security
Break-out GroupsTGM131 - Mathematical Challenges in Defence and Security
Break-out GroupsTGM131 - Mathematical Challenges in Defence and Security
Working on ChallengesTGM131 - Mathematical Challenges in Defence and Security
Working on ChallengesTGM131 - Mathematical Challenges in Defence and Security
Challenge PlanningTGM131 - Mathematical Challenges in Defence and Security
Constrained Allocation of SensorsTGM131 - Mathematical Challenges in Defence and Security
Propagation of UncertaintyTGM131 - Mathematical Challenges in Defence and Security
Image Reconstruction from Rotating AperturesTGM131 - Mathematical Challenges in Defence and Security
Recreating Time Series from Allan DeviationTGM131 - Mathematical Challenges in Defence and Security
Network Alignment and MatchingTGM131 - Mathematical Challenges in Defence and Security
Sampling Cyber DataTGM131 - Mathematical Challenges in Defence and Security
Welcome and Opening RemarksTGM131 - Mathematical Challenges in Defence and Security
Mathematical Challenges in Defence and SecurityTGM131 - Mathematical Challenges in Defence and Security
Residual Dynamic Mode Decomposition: Robust and verified Koopmanism for nonlinear dynamical systemsMWS - Mathematical theory and applications of multiple wave scattering
Robust Empirical Bayes for Gaussian ProcessesDDE - The mathematical and statistical foundation of future data-driven engineering
A robust and scalable approach to Bayesian doubly-intractable problemsDDE - The mathematical and statistical foundation of future data-driven engineering
Fast hybrid tempered ensemble transform filter for Bayesian elliptical problemsRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Single crystal-to-polycrystal model of the neutron transmission spectra of textured polycrystalline materialsRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Near fields, rays, and multipolesMWS - Mathematical theory and applications of multiple wave scattering
Near fields, rays, and multipoles (copy)MWS - Mathematical theory and applications of multiple wave scattering
Panel Session and DiscussionOFBW57 - Cloud, Code and Calculations: Software for Self-Driving Vehicles
Rich and non-rich tomography with the Core Imaging LibraryRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Observability of nonlinear filtering problems and the filter stabilityDDE - The mathematical and statistical foundation of future data-driven engineering
A universal method for the study of transformable waves in metamaterials.MWS - Mathematical theory and applications of multiple wave scattering
Optimal control and duality for estimation problems: results and open problemsDDE - The mathematical and statistical foundation of future data-driven engineering
Nonlinear balanced truncation model reduction for controlDDE - The mathematical and statistical foundation of future data-driven engineering
Autonomous driving: a mathematical perspectiveDDE - The mathematical and statistical foundation of future data-driven engineering
GatewayTGM - Turing Gateway to Mathematics
Some open problems in computational nonlinear controlDDE - The mathematical and statistical foundation of future data-driven engineering
Are quasicrystals the future of metamaterial waveguides?MWS - Mathematical theory and applications of multiple wave scattering
Energy resolved neutron imaging and strain tomographyRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Outstanding Shortcomings and Challenges For This Deep Dive - Tim Rogers and Lizzy CrossDDE - The mathematical and statistical foundation of future data-driven engineering
Classical Approaches to Identification and SHM - Tim Rogers and Lizzy CrossDDE - The mathematical and statistical foundation of future data-driven engineering
Introduction to the Deep Dive, High Level Challenges and Hawk TA1 Benchmark - Tim Rogers and Lizzy CrossDDE - The mathematical and statistical foundation of future data-driven engineering
CloseMWSW01 - Canonical scattering problems
Scattering of a sound wave by a two-sided sandwich membraneMWSW01 - Canonical scattering problems
Scattering from a beam-tilting metasurface: analysis and designMWSW01 - Canonical scattering problems
Black-hole waves at a conical tip of negative materialMWSW01 - Canonical scattering problems
A two-complex-variables approach to the right-angled no-contrast penetrable wedge diffraction problemMWSW01 - Canonical scattering problems
Scattering of topological edge waves in Kekule structuresMWSW01 - Canonical scattering problems
High-frequency scattering by polygons and wedges via the complex-scaled half-space matching methodMWSW01 - Canonical scattering problems
Imaging with correlationsMWSW01 - Canonical scattering problems
Light Scattering Through the Eyes of the Singularity Expansion MethodMWSW01 - Canonical scattering problems
Numerical solution of matrix Wiener–Hopf problems via a Riemann–Hilbert formulationMWSW01 - Canonical scattering problems
The method of random rays for wave propagationMWSW01 - Canonical scattering problems
When fluid dynamics meets acoustics: the scattering of vorticity into sound, and its canonical problemsMWSW01 - Canonical scattering problems
Analysis of oversampled collocation methods for wave scattering problemsMWSW01 - Canonical scattering problems
Free AfternoonMWSW01 - Canonical scattering problems
Dynamic Reconstructions in Synthetic Aperture RadarRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Some canonical scattering problems solved and unsolved: cones and inflectionMWSW01 - Canonical scattering problems
Scattering by discsMWSW01 - Canonical scattering problems
A grazing reflection on some canonical problems in diffraction theory and their investigatorsMWSW01 - Canonical scattering problems
High-frequency scattering by spheres and cylindersMWSW01 - Canonical scattering problems
Control in Power-Electronics-Dominated Power SystemsDDE - The mathematical and statistical foundation of future data-driven engineering
Cauchy and log transforms on intervals, curves, wedges and polygonsMWSW01 - Canonical scattering problems
Diffraction of acoustic waves by multiple semi-infinite arraysMWSW01 - Canonical scattering problems
The Unified Transform for Wave ScatteringMWSW01 - Canonical scattering problems
Contour integral solutions of the parabolic wave equation and applications to canonical scattering problemsMWSW01 - Canonical scattering problems
Control of acoustic waves with wiremeshesMWSW01 - Canonical scattering problems
Analytic Mode-Matching at an Exceptional PointMWSW01 - Canonical scattering problems
Estimation of a 2D Fourier integral for the quarter-plane diffraction problemMWSW01 - Canonical scattering problems
Using multidimensional complex analysis to estimate double Fourier-like integrals arising in diffraction theoryMWSW01 - Canonical scattering problems
Scattering of waves by finite periodic arraysMWSW01 - Canonical scattering problems
Wave scattering in periodic, quasi-periodic and graded structuresMWSW01 - Canonical scattering problems
On waves in certain lattices and formulating `canonical' questionsMWSW01 - Canonical scattering problems
Discrete Helmholtz equation and the interaction of two perpendicular semi-infinite boundaries: one equation with tree unknown functions.MWSW01 - Canonical scattering problems
Dislocation model for a particular perturbed periodic structure with honeycomb symmetryMWSW01 - Canonical scattering problems
Flexural wave scattering in platesMWSW01 - Canonical scattering problems
Anisotropic travel time/scattering problems and tensor tomographyRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Computationally efficient data-driven solutions to inverse problems in X-ray CTRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Current Advances on Solving SAR Imaging Inverse ProblemsRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
On the crack inverse problem for pressure waves in half-spaceRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Waveform inversion with a data driven estimate of the internal waveRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Computation and optimization of multiple wave scattering using boundary integral formulationMWS - Mathematical theory and applications of multiple wave scattering
CGO-Based Reconstruction in Electrical Impedance Tomography: A fast, non-iterative solution method for 3D applicationsRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Fully polarimetric multi-aspect 3D InISARRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Multidimensional radar imaging of ground moving targetsRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
The challenges and opportunities of processing future spaceborne SAR dataRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Microlocal analysis methods in synthetic aperture radar imagingRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Full-waveform inversion for ground penetrating radar via ensemble Kalman inversionRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Introduction to SAR tomographyRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
3D Imaging of Atmospheric Dispersion Processes with DialRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
gprMax: open-source software for computational electrodynamicsRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
The Bayesian Approach to Inverse Problems and Data AssimilationRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Generalised Radon TransformsRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Reconstruction of generic anisotropic stiffness tensors from partial data around one polarizationRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Challenges in modelling the future role of energy storage.DDE - The mathematical and statistical foundation of future data-driven engineering
Uncovering hidden scales – AI-driven, Bayesian imaging and monitoring of subwavelength microstructures with finite-frequency wavesRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Practical issues for stochastic optimisation in ImagingRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Data driven regularization by projectionRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Microlocal Analysis of Borehole Seismic DataRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Imaging Earth’s interior with adjoint tomography based on 3D global seismic wave simulationsRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Addressing non-linearity in PDE-constrained inverse problemsRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Faraday Tomography for the Square Kilometre ArrayRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Management of energy storage theme. Stan Zachary (Edinburgh and Heriot-Watt Universities), Chris Llewellyn Smith (Oxford University), Tom Bransden (National Grid ESO) and Iain Staffell (Imperial College).DDE - The mathematical and statistical foundation of future data-driven engineering
Inverse problems in Adaptiv Optics for Extremely Large TelescopesRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Stability of low-inertia power systems. Shurooque Baloch (National Grid ESO) and Janusz Bialek (Newcastle University).DDE - The mathematical and statistical foundation of future data-driven engineering
Bayesian methods in cosmologyRNTW01 - Rich and Nonlinear Tomography (RNT) in Radar, Astronomy and Geophysics
Introduction to energy deep dive fortnight, and decision support for complex systems. Chris Dent (University of Edinburgh), Mark Enzer (Mott Macdonald) and Jim Smith (Warwick University).DDE - The mathematical and statistical foundation of future data-driven engineering
Generalized Eigenfunction, Singularity Expansion and Time-Dependent Wave ScatteringMWS - Mathematical theory and applications of multiple wave scattering
EndTGM127 - Communicating Mathematics for the Public
Discussion and Next Steps (Chair: Christopher Budd (University of Bath))TGM127 - Communicating Mathematics for the Public
Royal Statistical Society’s Statistical Ambassadors ProgrammeTGM127 - Communicating Mathematics for the Public
Launching a Statistics Book Series for a General AudienceTGM127 - Communicating Mathematics for the Public
Characterisation, computation and classification of conducting magnetic objects for safety and securityRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Communicating Mathematics: The Role of the PublisherTGM127 - Communicating Mathematics for the Public
Talking Maths in Public: Popularisation of MathematicsTGM127 - Communicating Mathematics for the Public
Good, and Not So Good, Experiences in Dealing with the MediaTGM127 - Communicating Mathematics for the Public
Climate Change & Communicating CounterfactualsTGM127 - Communicating Mathematics for the Public
Panel Discussion: Questions and DiscussionTGM127 - Communicating Mathematics for the Public
Panel Discussion: Introduction from PanellistsTGM127 - Communicating Mathematics for the Public
Challenges in Communicating the Results of SAGE's Covid ModellingTGM127 - Communicating Mathematics for the Public
Trust, Time and TruthTGM127 - Communicating Mathematics for the Public
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
Dinner at Churchill CollegeTGM127 - Communicating Mathematics for the Public
Networking Reception with Interactive Session (Chair: Timandra Harkness)TGM127 - Communicating Mathematics for the Public
Questions and DiscussionTGM127 - Communicating Mathematics for the Public
Data Visualisation and Digital Accessibility: What We Can Do to HelpTGM127 - Communicating Mathematics for the Public
'Mere Spectacle for Idle Moments...' On the Origins of the Debate about Visual Embellishment in Graphical DisplayTGM127 - Communicating Mathematics for the Public
What is the Point of Exchanging Reasons?TGM127 - Communicating Mathematics for the Public
Lessons I've Learned in How to Bring Maths to the MassesTGM127 - Communicating Mathematics for the Public
How do GPs Understand Diagnostic Tests?TGM127 - Communicating Mathematics for the Public
UNIQUE CONTINUATION OF CERTAIN WEIGHTED RAY TRANSFORMSRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
More or Less Editorial DecisionsTGM127 - Communicating Mathematics for the Public
Questions and DiscussionTGM127 - Communicating Mathematics for the Public
How Risk is Communicated in the Insurance IndustryTGM127 - Communicating Mathematics for the Public
Data Journalism & Audience AccessibilityTGM127 - Communicating Mathematics for the Public
A Tiered Guide to Communicating Modelling, Not ModelsTGM127 - Communicating Mathematics for the Public
Communicating Uncertainty in Official StatisticsTGM127 - Communicating Mathematics for the Public
Reflections on Communicating Government Statistics for a Public AudienceTGM127 - Communicating Mathematics for the Public
Welcome and IntroductionTGM127 - Communicating Mathematics for the Public
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
Uncertainty quantification and data assimilationDDEW01 - Tutorial Workshop
Data-driven structural assessmentDDEW01 - Tutorial Workshop
Data-driven structural assessmentDDEW01 - Tutorial Workshop
Process control and supply chain optimisationDDEW01 - Tutorial Workshop
Process control and supply chain optimisationDDEW01 - Tutorial Workshop
Reconstruction problems in rich tomography I.RNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Uncertainty quantification and data assimilationDDEW01 - Tutorial Workshop
Model order reduction for complex systemsDDEW01 - Tutorial Workshop
Poster sessionDDEW01 - Tutorial Workshop
Model order reduction for complex systemsDDEW01 - Tutorial Workshop
Algorithm design for reinforcement learning and optimisationDDEW01 - Tutorial Workshop
Physics aware machine learning in engineeringDDEW01 - Tutorial Workshop
Physics aware machine learning in engineeringDDEW01 - Tutorial Workshop
Algorithm design for reinforcement learning and optimisationDDEW01 - Tutorial Workshop
IntroductionDDEW01 - Tutorial Workshop
Prize Award and CloseMWSW05 - Winter School
From Theory to Reality: Ultrasonic Characterisation of Complex MaterialsMWSW05 - Winter School
Aeroacoustic scattering problems in turbomachinesMWSW05 - Winter School
ECR PresentationsMWSW05 - Winter School
Discussion group on robust estimationDDE - The mathematical and statistical foundation of future data-driven engineering
Applications of Multiple Wave Scattering: Antennas, Diffusion and Energy HarvestingMWSW05 - Winter School
Frequency and Time Domain Connections for Linear Wave ScatteringMWSW05 - Winter School
Topology, probability and fluid motion in three dimensionsOOEW03 - Abel in Cambridge
Simply connected groups and Hasse principleOOEW03 - Abel in Cambridge
Group workMWSW05 - Winter School
Systems of points with Coulomb interactions.OOEW03 - Abel in Cambridge
Computational Activity - Simulating scattering from particles in Julia using MultipleScattering.jl ; Simulating multiple scattering from particles in Matlab using TMATROMMWSW05 - Winter School
Prime numbers and patterns of zeros of the Riemann Zeta functionOOEW03 - Abel in Cambridge
Adaptive Intrusive Methods for Forward UQ in PDE ModelsDDE - The mathematical and statistical foundation of future data-driven engineering
Computational Activity - Simulating scattering from particles in Julia using MultipleScattering.jl ; Simulating multiple scattering from particles in Matlab using TMATROMMWSW05 - Winter School
ECR PresentationsMWSW05 - Winter School
PaLEnTIR: a Parametric Level Set-based Approach to Image Reconstruction and RestorationRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
Group ActivityMWSW05 - Winter School
Multiple Scattering Theory in Industrial Application for Silencer DesignMWSW05 - Winter School
A simple introduction to multiple scattering and homogenizationMWSW05 - Winter School
A simple introduction to multiple scattering and homogenizationMWSW05 - Winter School
ECR PresentationsMWSW05 - Winter School
Group ActivityMWSW05 - Winter School
Multiple Scattering in Acoustics: an Everyday Occurrence in SonarMWSW05 - Winter School
Wave propagation in unbounded periodic mediaMWSW05 - Winter School
Wave propagation in unbounded periodic mediaMWSW05 - Winter School
Defending the Realm: A Bayesian PerspectiveMWSW05 - Winter School
Group ActivityMWSW05 - Winter School
Introduction to deterministic multiple scatteringMWSW05 - Winter School
Introduction to deterministic multiple scatteringMWSW05 - Winter School
Introduction to deterministic multiple scatteringMWSW05 - Winter School
Discussion GroupsAR2W03 - Applicable resurgent asymptotics: summary workshop
Discussion GroupsAR2W03 - Applicable resurgent asymptotics: summary workshop
TBAAR2W03 - Applicable resurgent asymptotics: summary workshop
Is the Feynman Path Integral Complex Enough?AR2W03 - Applicable resurgent asymptotics: summary workshop
Modularity and resurgence in N=4 supersymmetric Yang-Mills theoryAR2W03 - Applicable resurgent asymptotics: summary workshop
Resurgence in QFT -renormalon, phase transition and more-AR2W03 - Applicable resurgent asymptotics: summary workshop
1: Smoothing for the higher-order Stokes phenomenon. 2: Exponential asymptotics, the Stokes phenomenon and the higher-order Stokes phenomenon in some linear partial differential equationsAR2W03 - Applicable resurgent asymptotics: summary workshop
Discussion GroupsAR2W03 - Applicable resurgent asymptotics: summary workshop
Discussion GroupsAR2W03 - Applicable resurgent asymptotics: summary workshop
Please see above for contact details for this list. |
Other listsMillennium Mathematics Project (http://maths.org) Ancient India and Iran Trust Tackling Obesity with Big Data: methods & models - One Day SeminarOther talksCambridge-Lausanne Workshop 2018 - Day 1 Tunable Functional Magnetic Skyrmions at Room Temperature Cambridge - Corporate Finance Theory Symposium September 2018 - Day 2 Regulation of progenitor cells in adult lung and in lung cancer Reforming the Chinese Electricity System: A Review of the Market Reform Pilot in Guangdong The microenvironment in the myeloid malignancies Symplectic topology of K3 surfaces via mirror symmetry Microtubule Modulation of Myocyte Mechanics 70th Anniversary Celebration Fields of definition of Fukaya categories of Calabi-Yau hypersurfaces Oncological Imaging: introduction and non-radionuclide techniques & radionuclide techniques |
Misha Kilmer (Tufts University).
Friday 02 June 2023, 16:00-17:00