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Seminar Room 1, Newton Institute
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If you have a question about this list, please contact: . If you have a question about a specific talk, click on that talk to find its organiser. 152 upcoming talks and 9050 talks in the archive: show first 500. Isaac Newton Institute Seminar Series Quiver Yangians and their applicationsBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Resurgence, BPS structures and topological string S-dualityBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series The Rademacher expansion and the gravitational path integral for N=4 dyonsBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series How to Apply Machine Learning to Number TheoryBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Modular bootstrap for compact Calabi-Yau threefoldsBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Murmurations in arithmeticBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Attractor flow trees and scattering diagramsBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Black hole thermodynamics from N = 4 SYM: perturbations beyond supersymmetry and extremalityBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Eisenstein Series and Ensemble Averages in HolographyBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Hecke operator and CFTsBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Averaging to Higher Depth Mock Modular FormsBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Black holes, TTbar deformed conformal field theory, and weak gravityBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Scalar Modular Bootstrap and Zeros of the Riemann Zeta FunctionBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Machine Learning Sasakian and G2 Topology on Contact Calabi-Yau 7-manifoldsBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series 3d quantum gravity and Virasoro TQFTBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series T-duality of 6d (2,0) and (1,1) Little String Theories with TwistBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Calabi-Yau periods, Modularity and Arithmetic Geometry; Workshop Wrap-Up: New Results,Challenges and PossibilitiesBLHW01 - Number theory, machine learning and quantum black holes
Isaac Newton Institute Seminar Series Welcome TalkSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Size scaling of phase-separated domains and mesoscale clusters that precede liquid-liquid phase separation (LLPS): theory and experimentSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series The Physical Chemistry of Actomyosin Cortex Self-Assembly in C elegans oocytesSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Active biomolecular condensates on membranesSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Bacterial LLPS droplets protect mRNA during stressSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Pharmacological inhibition of protein aggregation within liquid condensatesSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Biomolecular condensates at the nexus of cellular stress, disease and agingSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series RNA encodes condensate material propertiesSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Chromosomal condensate as a memory machineSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Conserved nucleocytoplasmic density homeostasis drives cellular organization across eukaryotesSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Multiscale modelling of liquid-like chromatin organisationSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Stabilization of biological emulsions by interfacial protein clustersSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series mRNA condensation fluidizes the cytoplasmSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series TBASPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Decoding chemical specificity in intrinsically disordered regionsSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series TBASPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series TBASPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Unravelling Hidden Abilities Encoded in the Structure of DNASPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Dynamics of Aging Biomolecular CondensatesSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Soundbite presentationsSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Phase separation of +TIP-networks regulates microtubule dynamicsSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Interplay between condensation and amyloid formationSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Physical principles of controlling condensates by reactionsSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Measuring the liquid structure of condensates in live cellsSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series TBASPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Predicting protein condensation from sequence: new and widespread roles for condensates in physiology and diseaseSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Conversion-limited phase separation in biomolecular condensationSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Phase separation modeling and chromatin reconstructionSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Harnessing Shape Fluctuations to Probe the Mechanics of Stress Granules in Live CellsSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Polymer Assisted Condensation: How polymers can control and localize liquid-liquid phase separationSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Condensates: role in epigenetic inheritance and a simple experimental model systemSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Non-equilibrium phase transition in the nucleus of a living cellSPLW03 - Biological condensates: cellular mechanisms governed by phase transitions
Isaac Newton Institute Seminar Series Growth and mechanics of tissues: Rothschild LectureSPL - New statistical physics in living matter: non equilibrium states under adaptive control
Isaac Newton Institute Seminar Series MMV - OFbTGM - Turing Gateway to Mathematics
Isaac Newton Institute Seminar Series Spatially Explicit Mathematical Methods for Quantifying Infection Transmission EventsOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series Modelling airborne viral transmission in enclosed settings and comparing mitigationsOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series Modelling Airborne Viral Transmission in Enclosed Settings and Comparing MitigationsOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series Assessing Impact and Mitigation of COVID-19 Outbreaks in Vulnerable SettingsOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series Using Fine-resolution Contact Tracing Data to Understand Population-scale Social Mixing Patterns and Infection DynamicsOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series Multiscale Modelling of Behaviour-induced Critical Regimes During EpidemicsOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series Considerations for Modelling Test, Trace and Isolate interventionsOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series Micro and Macro Predictions for Epidemics Spreading in NetworksOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series Tea and Coffee BreakOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series From individuals to populations – using individual level mobility and contact data in modelling of infectious diseasesOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series TBCOFBW61 - Connecting Micro to Macro in Epidemiological Models
Isaac Newton Institute Seminar Series MMV OfB - GatewayTGM - Turing Gateway to Mathematics
Isaac Newton Institute Seminar Series title and abstract tbaBLH - Black holes: bridges between number theory and holographic quantum information
Isaac Newton Institute Seminar Series From Black Holes to Holographic Spacetime: Rothschild LectureBLH - Black holes: bridges between number theory and holographic quantum information
Isaac Newton Institute Seminar Series GatewayTGM - Turing Gateway to Mathematics
Isaac Newton Institute Seminar Series Mechanical control of seed morphogenesisOFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series Using simulations to investigate the mechanical properties of peptidoglycanOFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series Deciphering the adaption of bacterial cell wall mechanical integrity and turgor to different chemical or mechanical environmentsOFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series How do grasses grow?OFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series How do bacteria control their shape during cell elongation?OFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series How do you build a wall? Using live cell single molecule microscopy to investigate physical principles of bacterial cell wall remodellingOFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series Plasmodesmata Cell WallsOFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series Molecular simulations of the E. coli cell wall: successes and challengesOFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series Antibiotic discovery – where do we go from here…..?OFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series 5 minute summary from one of the organisers followed by Industy Questions and Challenges – Q&AOFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series Informal discussion and postersOFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series Networking ReceptionOFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series College Dinner in St. Catherine's College (for speakers and academic organisers)OFBW64 - Walls Across Kingdoms: Mechanics, Growth and Function of Cell Walls
Isaac Newton Institute Seminar Series How physical systems can learn by themselves: Kirk LectureSPL - New statistical physics in living matter: non equilibrium states under adaptive control
Isaac Newton Institute Seminar Series Long-range dependent processes: confinement & heterogeneityMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Generating Experimental Anomalous Trajectories with Controlled StatisticsMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Subdiffusion in the Presence of Reactive Boundaries: A Generalized Feynman-Kac ApproachMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Space-time fractional diffusion equations in chemotaxis and immunologyMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Memory may hide dissipation in active bathsMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Two and three dimensional diffusion processes with helical persistenceMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Variational Approach to KPZ Equation: Myths-Busting and Some ResultsMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series TBAMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Stochastic Thermodynamics of Energy Harvester ModelsMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Modelling Chemical Kinetics in a non-Markovian environmentMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Target search by non-Markovian Langevin dynamicsMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Effective Medium Theory for Disordered Systems: a Non-Markoffian Description in a Markoffian SystemMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Phase transitions in persistent and run-and-tumble walksMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series When movement meets coupling delays: synchronization and chimera states in a system of coupled oscillatorsMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Distribution-modeling quantifies collective Th cell decision circuits in chronic inflammationMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Adaptive movement strategies in cyclic games during an epidemicMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Thermodynamic limits of sperm swimming precisionMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series The Shape of Cell MigrationMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series The role of the extracellular matrix as a memory hub to coordinate collective cell behaviour during vascular growthMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Space-time fractional diffusion equations in chemotaxis and immunologyMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Kirk Lecture: title tbaMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
Isaac Newton Institute Seminar Series Kirk Lecture: title tbaMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series The uses of memory in olfactory searchMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Modeling chromatin organization and interactionMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Modelling mechanical cues for cell-to-cell communicationMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series A hierarchical, multimodal, movement model for assembling the tracks of animal daily activity routinesMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series A platform for simulating multi-behavioral mode animal movement over complex landscapesMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Monitoring of animal movement: from design and development of equipment to data analysis and theoretical modelsMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Non-Markovian gene expressionMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series TBAMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Accounting for non-Markovian behavioural switching in state-space models of animal movementMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Retarded motile active matterMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Non-reciprocal interactions between individuals: the example of fish schoolsMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Coordinated motion in insect societiesMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Non-Markovian models of collective motionMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Collective motion of colloidal particles with propulsion induced by time-delayed feedbackMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Data-driven classification of single cells by their non-markovian motionMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Correlated Motion in Bounded Domains: Revealing the First Passage DynamicsMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Seed propagation from delayed forager's movementMMVW04 - Modelling non-Markov Movement Processes
Isaac Newton Institute Seminar Series Gateway 10th Anniversary - CONFIRMEDTGM - Turing Gateway to Mathematics
Isaac Newton Institute Seminar Series Welcome and IntroductionTGM135 - Newton Gateway to Mathematics – 10th Anniversary
Isaac Newton Institute Seminar Series Maths vs COVID-19: calling in the cavalry!TGM135 - Newton Gateway to Mathematics – 10th Anniversary
Isaac Newton Institute Seminar Series Mathematics: A Gateway for Defence InnovationTGM135 - Newton Gateway to Mathematics – 10th Anniversary
Isaac Newton Institute Seminar Series Title TBCTGM135 - Newton Gateway to Mathematics – 10th Anniversary
Isaac Newton Institute Seminar Series Communicating Maths and Stats is Just Like all Other Communication (Except When it Isn’t)TGM135 - Newton Gateway to Mathematics – 10th Anniversary
Isaac Newton Institute Seminar Series Early Career Researcher EngagementTGM135 - Newton Gateway to Mathematics – 10th Anniversary
Isaac Newton Institute Seminar Series UK Graduate Modelling Camp – Mentor and Mentee perspectivesTGM135 - Newton Gateway to Mathematics – 10th Anniversary
Isaac Newton Institute Seminar Series The Innovate UK A4I programme. A Case Study; Improving the Accuracy of the Friction FlowmeterTGM135 - Newton Gateway to Mathematics – 10th Anniversary
Isaac Newton Institute Seminar Series Closing CommentsTGM135 - Newton Gateway to Mathematics – 10th Anniversary
Isaac Newton Institute Seminar Series Gateway Advisory BoardTGM - Turing Gateway to Mathematics
Isaac Newton Institute Seminar Series GatewayTGM - Turing Gateway to Mathematics
Isaac Newton Institute Seminar Series Welcome TalkBLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series Holographic Pseudoentanglement and Cryptographic CensorshipBLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series Towards a General Framework for Bulk Holographic Quantum GravityBLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series TBABLHW03 - Bridges between holographic quantum information and quantum gravity
Isaac Newton Institute Seminar Series Discussion SessionBLHW03 - Bridges between holographic quantum information and quantum gravity
Please see above for contact details for this list. |
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