Tamara Kohler - Classical topology and quantum complexity - IPAM at UCLA @IPAMUCLA
Tamara Kohler - Classical topology and quantum complexity - IPAM at UCLA @IPAMUCLA
Updated September 2026, 1 week ago
Tamara Kohler - Classical topology and quantum complexity - IPAM at UCLAMichael Winer - Mechanistic Understanding of Multilayer Perceptrons - IPAM at UCLABryan Reuter - Enhancing Particle-Based Kinetic Methods Through Multifidelity DiscretizationsYunan Yang - Adjoint Direct Simulation Monte Carlo for Optimization and Control of Rarefied FlowsLeonardo Zepeda-Núñez - Learning Turbulent & Chaotic Dynamics via Data-Driven Probabilistic ModelsGary Froyland - Operator-theoretic methods for earth systems: atmosphere, ocean, and MLPhysics Panel - Accelerating Math and Theoretical Physics with AI - IPAM at UCLADmitry Vaintrob - Statistical theory of learning sparse structure - IPAM at UCLAElizabeth Qian - Multifidelity control variates for supervised learning - IPAM at UCLAAlan Kaptanoglu - Recent work on stage-1 and stage-2 stellarator optimization - IPAM at UCLAPure? or Applied?Emily Belli - Computational plasma physics for turbulence & integrated modeling of transport
Institute for Pure & Applied Mathematics (IPAM) |

Tamara Kohler - Classical topology and quantum complexity - IPAM at UCLA

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