Managing Bottlenecks Using Diffusion and Reflection
Explore bottleneck management through diffusion and reflection in this lecture by Professor Ruth Williams, addressing stochastic systems and anomalous diffusion.
Data-Driven Modelling of Collective Cell Motility - Kirk Lecture
Explore data-driven modeling techniques for collective cell motility with Prof. Ruth Baker. Gain insights into interdisciplinary approaches in animal ecology and cell biology.
A Mathematical Toolkit for Pandemics
Explore mathematical tools for understanding and managing pandemics with Prof. Julia Gog. Gain insights into modeling, data analysis, and decision-making strategies for infectious disease outbreaks.
From Newton's Law to Many-Particle Systems - Rothschild Lecture
Explore Newton's laws of motion and gravitation through examples, examining differential equations, many-particle systems, and their large-scale behavior from numerical and analytical perspectives.
Numerical Methods and Quantum Many-Body Dynamics I - July 4
Explore numerical methods and quantum many-body dynamics with Frank Pollmann. Gain insights into advanced physics concepts and computational techniques for studying complex quantum systems.
Dynamics Close to Equilibrium and Chaos - Lecture 3
Explore equilibrium dynamics and chaos, delving into advanced concepts with expert insights from Anatoly Polkovnikov of Boston University.
Dynamics Close to Equilibrium and Chaos - Lecture 2
Explore equilibrium dynamics and chaos, delving into advanced concepts with insights from Boston University expert Anatoly Polkovnikov.
The Maths Nerd Starter Kit 2022
Discover essential tools and strategies for effective mathematics outreach, enhancing your ability to engage and inspire others in the world of numbers.
Marked Length Spectrum Rigidity for Surfaces with Anosov Geodesic Flows
Explorez les techniques analytiques en dynamique et géométrie, en mettant l'accent sur la rigidité du spectre de longueur marqué pour les surfaces à flux géodésique d'Anosov.
Delocalization of the Laplace Eigenmodes on Anosov Surfaces
Explore analytic techniques in dynamics and geometry, focusing on Laplace eigenmodes on Anosov surfaces and their high-frequency behavior.
Renormalization for Nilflows and Weyl Sums - Analytic Techniques in Dynamics and Geometry
Explore analytic techniques in dynamics and geometry, focusing on renormalization for nilflows and Weyl sums. Gain insights into liquid distribution and effective scaling methods.
Uniqueness of the Measure of Maximal Entropy for Geodesic Flows on Surfaces with Caps
Explore analytic techniques in dynamics and geometry, focusing on uniqueness of maximal entropy measures for geodesic flows on capped surfaces.
Ruelle Taylor Resonances for Higher Rank Anosov Actions
Explore analytic techniques in dynamics and geometry, focusing on Ruelle Taylor resonances for higher rank Anosov actions.
Resonant Forms at Zero for Dissipative Anosov Flows
Explore analytic techniques in dynamics and geometry, focusing on resonant forms at zero for dissipative Anosov flows with Gabriel P. Paternain from the University of Cambridge.
Zeta Functions for Anosov Diffeomorphisms, Flows and Actions
Explore analytic techniques in dynamics and geometry, focusing on zeta functions for Anosov diffeomorphisms, flows, and actions.
Data to Differential Equations: Discovering Mathematical Models for Biological Systems
Explore data-driven techniques for discovering governing equations in complex biological systems, focusing on PDEs and innovative mathematical methods for modeling phenomena like arterial flow and tissue fracture.
Dynamic Brittle Fracture as a Well-Posed Nonlocal Initial Value Problem
Explore a nonlocal model for dynamic brittle damage, examining its phases, evolution, and energy balance. Learn how this approach relates to Griffith fracture energy and Navier's equation for crack propagation.
Group Dynamics in Phototaxis
Explore mathematical approaches to modeling group dynamics in phototaxis, including discrete, kinetic, and PDE-based methods for studying bacterial movement towards light.
A Simple Go-or-Grow Model of Aerotaxis Along a Self-Generated Gradient
Explore a minimal model of cell colony expansion driven by aerotaxis, examining division, directional movement, and diffusion in response to oxygen gradients.
On the Work of Marcelo Viana - International Conference on Dynamical Systems
Explore Lorenzo Díaz's insights on Marcelo Viana's work in dynamical systems at IMPA's international conference, celebrating Viana's 60th birthday and showcasing cutting-edge research.
Structure of Feigenbaum Henon Maps
Explore Feigenbaum Henon maps structure in dynamical systems with Mikhail Lyubich's conference talk, part of a broad meeting celebrating Marcelo Viana's 60th birthday at IMPA.