Frontiers of Mathematics Lectures 2024 – Institute of Mathematical Research

Numerical Analysis Seminar – Optimal Control Design for Fluid Mixing: from Open-Loop to Closed-Loop

Numerical Analysis Seminar – Reduced-Order Models in Computational Science and Engineering: fundamentals and applications

Analysis and PDE Seminar – Regular solutions to Lp Minkowski problem

Number Theory Seminar – Sum product phenomenon and super approximation

Numerical Analysis Seminar – Physics-informed neural networks for multiscale hyperbolic models for the spatial spread of infectious diseases

Optimization and Machine Learning Seminar – Lyapunov Stability of the Subgradient Method with Constant Step Size

Numerical Analysis Seminar – A New Framework for Solving Dynamical Systems

Numerical Analysis Seminar – Dynamical Low Rank approximation of random time dependent problems

Analysis and PDE Seminar – On Liouville-type theorems for the stationary MHD equations

Frontiers of Mathematics Lecture – S-dual of Hamiltonian G spaces and relative Langlands duality

Professor Hiraku Nakajima (Kavli, IMPU, The University of Tokyo)

Frontiers of Mathematics Lecture – The Salesman and the Postman: Frontiers and Gateways in Combinatorial Optimization

Professor András Sebö (CNRS, Laboratoire G-SCOP, University of Grenoble, France)

Frontiers of Mathematics Lecture – Waving, rotating, buckling: fluid dynamics of filaments at the microscale

Professor Lisa Fauci (Pendergraft Nola Lee Haynes Professor, Tulane University)

Frontiers of Mathematics Lecture – Hecke algebras, residues and spectral decomposition

Professor Dr. Eric Opdam (University of Amsterdam)

New Solution of the Golovin-Krause Conjecture

Professor Ding-Zhu Du (University of Texas at Dallas)

Joint Moments

Professor Jon Keating (Sedleian Professor of Natural Philosophy, University of Oxford)

Mass transport, Kantorovich operators and their ergodic properties

Professor Nassif Ghoussoub (Department of Mathematics, The University of British Columbia)

On the global stability of large Fourier mode for 3-D Navier-Stokes equations

Professor Ping ZHANG (Academy of Mathematics and Systems Science, Chinese Academy of Sciences)