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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. |
Other listsPhilomathia Forum 2017 A Bridge to FreedomOther talksCoatable photovoltaics (Title t o be confirmed) Kolmogorov Complexity and Gödel’s Incompleteness Theorems Anthropological engineering and hominin dietary ecology The persistence and transience of memory Finding meaning in English writing Exploring the mechanisms of haematopoietic lineage progression at the single-cell level Molecular mechanisms of cardiomyopathies in patients with severe non-ischemic heart failure Migration in Science The Rise of Augmented Intelligence in Edge Networks Café Synthetique: Graduate Talks! CANCELLED: Alex Goodall: The US Marine Empire in the Caribbean and Central America, c.1870-1920 |
Wei Li (Institute of Theortetical Physics, Chinese Academy of Sciences).
Tuesday 03 October 2023, 09:30-10:30