Monday, October 6
Dante Mata (Universite du Quebec a Montreal (UQAM))
Optimal time to sell a stock in the presence of default and volatility risks
Wednesday, October 8
Speakers:
Axel Hutt, Dimitris Pinotsis, & F. David Wandler
Stephen Coombes
Lyle Muller, Seb Coleman, & Xiou Xang
Part of the Thematic Program on the Mathematics of Neuroscience
Karl Friston (University College London)
Lecture 01: I am therefore I think
Part of the Thematic Program on the Mathematics of Neuroscience
Thursday, October 9
Speakers:
Petra Ritter, Leon Stefanovski, & Minarose Ismail
Shella Keilholz, Tiago Duarte-Pereira, & Amrit Kashyap
Joana Cabral, Giuseppe de Alteriis, & Rodrigo Rojas Leyton
Part of the Thematic Program on the Mathematics of Neuroscience
Christos Mantoulidis (Rice University)
Generic perturbations of mean curvature flows
Vincent Sitzmann
Modeling the world (and yourself) from vision
Mingyang Li (Simons Center for Geometry and Physics)
Gravitational instantons and harmonic maps.
Karl Friston (University College London)
Lecture 02: Active inference and belief propagation in the brain
Part of the Thematic Program on the Mathematics of Neuroscience
Friday, October 10
Speakers:
Christoph Mathys, Szymon Tyras, & Rodrigo De Carvalho
Andreea Diaconescu, Larissa Albatankis, & Peter Bedford
Jérémie Lefebvre & Jacob Duda
Part of the Thematic Program on the Mathematics of Neuroscience
Wenyuan (Mike) Wang, University of Calgary
Decoy-state optical quantum information processing with coherent states
Eduardo Martin-Martinez, University of Waterloo
Impossible measurements and particle detectors in relativistic quantum information
Ada Stelzer (UIUC)
Grothendieck polynomials, determinantal varieties, and equivariant Hilbert series
Parisa Shooshtari (Western University)
From Genotype to Function: Integrating Single-Cell Sequencing and Predictive Data Science to Decode Complex Disease Mechanisms
Benjamin Gammage, University of Toronto
Introduction to wrapped Fukaya categories (Part 2)
Karl Friston (University College London)
Lecture 03: Active inference and artificial curiosity
Part of the Thematic Program on the Mathematics of Neuroscience