The Fields Institute for
Research in Mathematical Sciences

Andrew Lewis (Queen's University)
Lecture 09 | Infinite-Dimensional Analysis and Differential Geometry

Professor Mike Stillman (Cornell University)
Lecture 4

Part of the Thematic Program in Commutative Algebra and Applications

Ben Webster (University of Waterloo)
Lecture 13 | Modern Algebraic Geometry

Farbod Shokrieh, University of Washington
Canonical local heights and Berkovich skeleta

Balint Veto
Brownian web distance and Bernoulli-Exponential first passage percolation

Christian Haase, Freie Universität Berlin
An invitation to lattice polytopes

Part of the Thematic Program in Commutative Algebra and Applications

Anibal Medina-Mardones (Western University)
Lecture 09 | Introduction to Topological Data Analysis

Andrew Lewis (Queen's University)
Lecture 10 | Infinite-Dimensional Analysis and Differential Geometry

Ben Webster (University of Waterloo)
Lecture 14 | Modern Algebraic Geometry

Lecture 01: Single Neuron Models

Part of the Thematic Program on the Mathematics of Neuroscience

Maia Fraser (University of Ottawa)
Lecture 09 | Mathematical Introduction to Machine Learning

Part of the Thematic Program in Commutative Algebra and Applications

Anibal Medina-Mardones (Western University)
Lecture 10 | Introduction to Topological Data Analysis

Christian Haase, Freie Universität Berlin
What is a reflexive polytope

Part of the Thematic Program in Commutative Algebra and Applications

Kasra Rafi (University of Toronto)
Lecture 09 | Randomness in Groups

Part of the Thematic Program in Commutative Algebra and Applications

Ben Webster (University of Waterloo)
Lecture 15 | Modern Algebraic Geometry

Barbara Amaral (University of Sao Paulo)
Contextuality in anomalous heat flow

Shu Wang (University of Toronto)
Inferring reaction network structure from single-cell omics data using toric dynamics and varieties

Jorge Antonio Cruz Chapital
Uniform convergence topology on separable subsets

Maia Fraser (University of Ottawa)
Lecture 10 | Mathematical Introduction to Machine Learning

Part of the Thematic Program in Commutative Algebra and Applications

Part of the Thematic Program in Commutative Algebra and Applications