Monday, November 3
Tianhao Xian (University of Toronto)
Edge homogenization of Dyson Brownian motion
Tuesday, November 4
Kumar Murty (University of Toronto)
Lecture 12 | Galois Cohomology with Applications to Number Theory
Jesse Peterson (University of Waterloo)
Lecture 16 | II_1 Factors
Bruce Schneier (Munk School)
AI and Trust
Wednesday, November 5
Speakers:
Patrick M. Ingram (The Fields Institute and York University)
Benjamin Jourdain (CERMICS, Ecole Nationale des Ponts et Chaussées)
Yao Xie (Georgia Institute of Technology)
Tudor Manole (Massachusetts Institute of Technology)
Mathias Beiglboeck (University of Vienna)
Katharina Eichinger (Laboratoire de Mathématiques d'Orsay, Université Paris-Saclay and ParMA, INRIA)
Omar Abdul Halim (University of Alberta)
Mary Chriselda Antony Oliver (University of Cambridge)
Thursday, November 6
Speakers:
Jose H. Blanchet (Stanford University)
Ting-Kam Leonard Wong (University of Toronto)
Manuel Arnese (Columbia University)
William Dudarov (University of Washington, Seattle)
Franca Hoffmann (California Institute of Technology)
Garrett Mulcahy (University of Washington, Seattle)
Songyan Hou (ETH Zürich)
Rentian Yao (University of British Columbia)
Kumar Murty (University of Toronto)
Lecture 13 | Galois Cohomology with Applications to Number Theory
Jesse Peterson (University of Waterloo)
Lecture 17 | II_1 Factors
Paul Minter (Stanford/Cambridge)
Stationary integral varifolds near multiplicity 2 planes
Nathaniel Sagman (University of Toronto)
Minimal surfaces and Higgs bundles at high energy
Friday, November 7
Speakers:
Robert McCann (University of Toronto)
Ricardo Baptista (University of Toronto and Vector Institute)
Luhao Zhang (Johns Hopkins University)
Julio Backhoff-Veraguas (University of Vienna)
Yair Shenfeld (Brown University)
Dan Mikulincer (University of Washington)
Alexei Bylinskii
Science With Programmable Neutral Atom Quantum Computers.
Paul Szeptycki, York University
The Separable Scarborough-Stone Problem
Wilmer Smilde, University of Illinois Urbana-Champaign
The Lie theory behind geometric classification problems: relative algebroids (Part 1)
Timothy Miller (University of Waterloo)
A vertex model rule for the structure coefficients of a permuted-basement Demazure atom times a Schur
