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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. 338 upcoming talks and 11273 talks in the archive: show first 500. Transmission and reflection of energy at the boundary of a random two-component compositeMWSW02 - Theory of wave scattering in complex and random media
Causality, sum rules, and scattering boundsMWSW02 - 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
3D Anderson Transition with Ultracold AtomsMWSW02 - 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
Transmission and Topology in Disordered Networks of Coaxial CablesMWSW02 - 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
Scattering by a metasurface with resonant Mie particles under TM/TE polarizationMWSW02 - Theory of wave scattering in complex and random media
Polarization and spatial coherence of light in disordered mediaMWSW02 - Theory of wave scattering in complex and random media
Recycling MMGKS for Large Scale Dynamic and Streaming DataRNTW02 - 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
Uncertainty Quantification of Inclusion BoundariesRNTW02 - 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
Fast nonlinear EIT pulmonary imaging of pediatric patientsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
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
Opening of the WorkshopDDEW02 - 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
TBCDDEW02 - 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
LunchDDEW02 - 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
Exploring Irregular Posteriors of Geophysical Digital TwinsDDEW02 - 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
Coffee BreakDDEW02 - 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
Bayesian Inference for Intractable Simulators: Opportunities and Pitfalls in the Era of Machine LearningDDEW02 - Modelling, Analysis and Inference for Digital Twins
Continuous generative models for inverse problemsRNTW02 - 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
CUQIpy - Computational Uncertainty Quantification for Inverse problems in PythonRNTW02 - 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
TBARNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
TBCDDEW02 - 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
LunchDDEW02 - 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
Inverse optimal transportDDEW02 - 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
Coffee BreakDDEW02 - 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
Neural surrogates for digital twinsDDEW02 - Modelling, Analysis and Inference for Digital Twins
Science showmanshipRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
The story of ultrasound tomography: From mathematical concepts to clinical applicationsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
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
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
TBARNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
LunchDDEW02 - Modelling, Analysis and Inference for Digital Twins
Computational CardiologyDDEW02 - 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
Digital twin output functions for time-evolving engineering applicationsDDEW02 - 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
Coffee BreakDDEW02 - 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
Improved Prior Models for Physics-Driven Digital TwinsDDEW02 - Modelling, Analysis and Inference for Digital Twins
Recent advances in image reconstruction for ultrasound computed tomographyRNTW02 - 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
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
Undersampling Raster Scans in Spectromicroscopy for reduced dose and faster measurementsRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Fully Stochastic Reconstruction Methods in Coupled Physics ImagingRNTW02 - Rich and non-linear tomography in medical imaging, materials and non destructive testing
Multistatic SAR imaging and coherenceRNT - Rich and Nonlinear Tomography - a multidisciplinary approach
TBAMWSW03 - Computational methods for multiple scattering
Complex-scaled integral equation with Laplace Green's function for time-harmonic water wavesMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
Computational scattering in complex multiscale mediaMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
A Hausdorff-measure BEM for acoustic scattering by fractal screens - part 1MWSW03 - Computational methods for multiple scattering
A Hausdorff-measure BEM for acoustic scattering by fractal screens - part 2MWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - 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
Wave propagation in unbounded quasiperiodic mediaMWSW03 - Computational methods for multiple scattering
Transmission problem between periodic half-spacesMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
Statistical Scalability for Data Streams: Recent Advances, Applications and ImpactTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
TBAMWSW03 - Computational methods for multiple scattering
WelcomeTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Recent Advance in High-dimensional Changepoint ProblemsTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Recent Advances on Preconditioning for Boundary Elements on Complex Geometries.MWSW03 - Computational methods for multiple scattering
Changepoint Modelling in Spatio-temporal Processes with Application to Ireland Wind DataTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Network Anomaly DetectionTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
TBAMWSW03 - 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
TBAMWSW03 - Computational methods for multiple scattering
Efficient Online Detection of Changes in Data Streams: The FOCuS AlgorithmTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Point Detection for Condition MonitoringTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Conditional Independence Testing with Applications to Causal InferenceTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
On exact truncation of backward waves in elastrodynamicsMWSW03 - 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
TBAMWSW03 - Computational methods for multiple scattering
High-Dimensional Online Changepoint DetectionTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Discussion & Wrap-upTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
Plenary and FinishTGM130 - Statistical Scalability for Data Streams: Recent Advances, Applications and Impact
TBAMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
A fast high order algorithm for multiple scattering from large configurations of scatterersMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
TBAMWSW03 - Computational methods for multiple scattering
TBADDEW03 - Computational Challenges and Emerging Tools
TBADDEW03 - Computational Challenges and Emerging Tools
TBADDEW03 - Computational Challenges and Emerging Tools
Discovering drag reduction strategies in wall-bounded turbulent flows using deep reinforcement learningDDEW03 - Computational Challenges and Emerging Tools
Poster sessionDDEW03 - Computational Challenges and Emerging Tools
Machine-learning building-block-flow model for large-eddy simulationDDEW03 - Computational Challenges and Emerging Tools
Adaptive Model Reduction for High-Speed FlowsDDEW03 - Computational Challenges and Emerging Tools
Active control of liquid film flows: beyond reduced-order modelsDDEW03 - Computational Challenges and Emerging Tools
AI/Scientific Computing: Alloys for Complex system modeling and controlDDEW03 - 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
TBADDEW03 - Computational Challenges and Emerging Tools
TBADDEW03 - Computational Challenges and Emerging Tools
SDE sampling algorithms for bounded domains, constraints and noisy gradientsDDEW03 - 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
TBADDEW03 - Computational Challenges and Emerging Tools
Learning Regularization for Inverse Problems, Take 2DDEW03 - Computational Challenges and Emerging Tools
Data-driven discovery of flow characteristics enhancing plug-flow performanceDDEW03 - 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
TBADDEW03 - Computational Challenges and Emerging Tools
Projected variational inference for high-dimensional Bayesian inverse problemsDDEW03 - Computational Challenges and Emerging Tools
TBCDDEW03 - Computational Challenges and Emerging Tools
Gateway Advisory Board ConfirmedTGM - Turing Gateway to Mathematics
Gateway- CCIMITGM - Turing Gateway to Mathematics
Gateway- CCIMITGM - Turing Gateway to Mathematics
IntroductionTGM133 - Phase Transitions and Correlated Random Processes
Scaling in Low-dimensional Long-range Percolation ModelsTGM133 - Phase Transitions and Correlated Random Processes
Characterising the Guassian Free FieldTGM133 - Phase Transitions and Correlated Random Processes
TBCTGM133 - Phase Transitions and Correlated Random Processes
Elevator PitchesTGM133 - Phase Transitions and Correlated Random Processes
TBCTGM133 - Phase Transitions and Correlated Random Processes
Bijecting the BKT TransitionTGM133 - Phase Transitions and Correlated Random Processes
Poster Prize and Final RemarksTGM133 - Phase Transitions and Correlated Random Processes
Close, Networiking and DrinksTGM133 - Phase Transitions and Correlated Random Processes
TBARNTW03 - New tomographic methods using particles
Quantitative inverse problems in visco-acoustic media and evaluation of attenuation model uncertaintiesRNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
Phase retrieval and phaseless inverse scattering with background informationRNTW03 - New tomographic methods using particles
Ion CT image acquisition and reconstructionRNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
Microlocal properties of novel Ellipsoidal and hyperbolic Radon transformsRNTW03 - New tomographic methods using particles
On a cylindrical scanning modality in three-dimensional Compton scatter tomographyRNTW03 - New tomographic methods using particles
Monitoring spent nuclear fuel repositories with passive gamma emission tomographyRNTW03 - New tomographic methods using particles
Beating the Diffraction Limit in Thermoacoustic Range Verification During Particle Therapy : theory and experimental realityRNTW03 - New tomographic methods using particles
TBARNTW03 - 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
Measurement uncertainties in neutron and gamma-ray imaging for proton range monitoringRNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
Imaging with low photon counts and high background noiseRNTW03 - New tomographic methods using particles
Weighted Radon transforms of vector fields, with applications to magnetoacoustoelectric tomographyRNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
Uniqueness and support theorems for analytic double fibration transformsRNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
TBARNTW03 - New tomographic methods using particles
WelcomeMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
Acoustic design of layered mediaMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - 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
Group Photo, Morning Coffee and PostersMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
Some recent advances in electromagnetic and flexural wave scattering: CPAL and shape recognitionMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - 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
Coupled-resonator elastic structures: a paragon for molecular and condensed matter physicsMWSW04 - Multiple scattering in engineering and applied sciences
Free Afternoon and PostersMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
Sound absorption coatings for maritime applicationsMWSW04 - Multiple scattering in engineering and applied sciences
Simplified models of multiple-scattering effects in Acoustic Metamaterials with a soft matrixMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - 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
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
Moving objects in a scattering medium: a wavefront-shaping approachMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
PostersMWSW04 - Multiple scattering in engineering and applied sciences
How space-time modulations modify spoof surface plasmons and scattering properties in acoustic metagratingMWSW04 - Multiple scattering in engineering and applied sciences
TBAMWSW04 - Multiple scattering in engineering and applied sciences
Gateway OfB MWSTGM - Turing Gateway to Mathematics
Gateway OfB MWSTGM - Turing Gateway to Mathematics
Gateway CCIMITGM - Turing Gateway to Mathematics
Gateway CCIMITGM - Turing Gateway to Mathematics
Welcome and IntroductionOFBW59 - Digital Twins for Engineering Applications - The Emerging Science and Technology
Topic of own choiceOFBW59 - Digital Twins for Engineering Applications - The Emerging Science and Technology
Digital Twins for ManufacturingOFBW59 - Digital Twins for Engineering Applications - The Emerging Science and Technology
Topic of own choiceOFBW59 - Digital Twins for Engineering Applications - The Emerging Science and Technology
The Challenges of Using Live-Streamed Data in a Predictive Digital TwinOFBW59 - Digital Twins for Engineering Applications - The Emerging Science and Technology
TBCOFBW59 - Digital Twins for Engineering Applications - The Emerging Science and Technology
Discussion and QuestionsOFBW59 - Digital Twins for Engineering Applications - The Emerging Science and Technology
Showcase ApplicationsUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Introduction to Stochastic Modeling and MCMC methodsUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Polynomial Chaos Expansions - BasicsUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
A Posteriori Error Estimation for Finite Element Approximations of Deterministic PDEsUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Introduction by Chris Breward & Camp RulesTGM132 - UK Graduate Modelling Camp
Probabilistic and Statistical Tools 1USMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Complete and submit project choice formsTGM132 - UK Graduate Modelling Camp
Numerical Analysis of Parametric PDEsUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Probabilistic and Statistical Tools 2USMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
PCE - AdaptationUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Stochastic Galerkin and Collocation Finite Element Methods for Parametric PDEsUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
OpenUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
OpenUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Activity – Chauffeured Punting TourTGM132 - UK Graduate Modelling Camp
Dinner (Buffet) - Robinson CollegeTGM132 - UK Graduate Modelling Camp
Random Fields: Modeling and IdentificationUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Adaptive SG-FEM Approximation for Parametric Elliptic PDEsUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
PCE - Data AssimilationUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Free AfternoonUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Adaptive SC-FEM Approximation for Time-Dependent Parametric PDEsUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
PCE - Model ErrorUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Bayesian Formulation and Well-PosednessUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Monte Carlo Markov ChainUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Data-Driven Adaptive Discovery and Design of Multiscale Material Systems under UncertaintyUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Data-Driven UQ-Enhanced Approaches for Materials DesignUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Probabilistic Learning on Manifolds (with Applications)USMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Instabilities in Liquid Crystal ElastomersUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Ensemble Kalman ApproachesUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Acceleration Using Machine LearningUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
Roundtable DiscussionUSMW01 - Introduction to Uncertainty Quantification in Mechanics of Materials
GatewayTGM - Turing Gateway to Mathematics
Welcome & IntroductionTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Rheology of Confined Granular Systems: Shearing, Creeping and Friction WeakeningTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Local Barriers, Not Cooperative Effects, Make Glasses SolidTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
TBCTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Yielding of Amorphous MaterialsTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
TBCTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Physics of Structure Formation in Living SystemsTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
GatewayTGM - Turing Gateway to Mathematics
TBCTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Tea, Coffee and PostersTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
TBCTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
TBCTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Talk 1TGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Talk 2TGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Talk 3TGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Talk 4TGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Around 12 Students with 4 minutes presentationsTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
GatewayTGM - Turing Gateway to Mathematics
TBCTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
TBCTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Extreme Events in the Climate SystemTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
TBCTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
Wrap-upTGM129 - 7th Edwards Symposium – New Paradigms in Soft Matter and Statistical Physics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
MMV OfBTGM - Turing Gateway to Mathematics
MMV - OFbTGM - Turing Gateway to Mathematics
MMV OfB - GatewayTGM - Turing Gateway to Mathematics
MMV OfB - GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
Gateway Advisory BoardTGM - Turing Gateway to Mathematics
Gateway Advisory BoardTGM - Turing Gateway to Mathematics
Gateway Advisory Board (copy)TGM - Turing Gateway to Mathematics
Gateway Advisory Board (copy) (copy)TGM - Turing Gateway to Mathematics
Gateway Advisory BoardTGM - Turing Gateway to Mathematics
Gateway Advisory BoardTGM - Turing Gateway to Mathematics
Gateway Advisory Board (copy) (copy)TGM - Turing Gateway to Mathematics
Gateway Advisory Board (copy) (copy) (copy)TGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
GatewayTGM - Turing Gateway to Mathematics
Gateway CCIMITGM - Turing Gateway to Mathematics
Gateway CCIMITGM - Turing Gateway to Mathematics
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 |
John Raymond Willis (University of Cambridge).
Friday 24 March 2023, 09:00-09:30