Institute for Mathematical Sciences
The Institute for Mathematical Sciences (IMS) at the National University of Singapore (NUS) is a university-level research institute.
The mission of the Institute is to foster mathematical research, both fundamental and multidisciplinary, in particular, research that links mathematics to other disciplines, to nurture the growth of mathematical expertise among research scientists, to train talent for research in the mathematical sciences, and to serve as a platform for research interaction between the scientific community in Singapore and the wider international community.
Tame Geometry over Valued Fields
Mini-course on Theta correspondences (5/5)
Mini-course on Theta correspondences (4/5)
Mini-Course on LEAN 4 (5/5)
Mini-Course on LEAN 4 (4/5)
Mini-Course on LEAN 4 (3/5)
Mini-course on LEAN 4 (2/5)
Mini-Course on LEAN 4 (1/5)
Mini-course on Theta correspondences (3/5)
Mini-course on Theta correspondences (2/5)
Mini-course on Theta correspondences (1/5)
Developments and Open Problems
Applications of Duality
Duality and Intertwining
First Examples and Basic Setup
The hypoelliptic Laplacian in real and complex geometry
From mosquitoes to ChatGPT — the birth and strange life of the random walk
Scientific Research in the Time of AI
Yair Shenfeld Optimal transport and high dimensional probability Introduction to optimal transpo
Yair Shenfeld Optimal transport and high dimensional probability Wasserstein Spaces
Yair Shenfeld Optimal transport and high-dimensional probability
Yair Shenfeld Optimal Transport and high dimensional probability
Sinho Chewi Optimal transport and high dimensional probability Otto's Calculus on Wasserstein and
Sinho Chewi Optimal transport and high dimensional probability Gradient Flows on Wasserstein Spa
Sinho Chewi Optimal transport and high dimensional probability Langevin dynamics via calculus on
Mark Rudelson How to check when a system of real quadratic equations has a solution Part 2
Mark Rudelson Approximately Hadamard matrices and random frames default
Govind Menon The geometry of the deep linear network