The Fields Institute for
Research in Mathematical Sciences

Andrew Lewis (Queen's University)
Lecture 23 | Infinite-Dimensional Analysis and Differential Geometry

Professor Mike Stillman (Cornell University)
Lecture 10

Part of the Thematic Program in Commutative Algebra and Applications

Nikita Nikolaev, University of Birmingham
Resurgence of WKB Solutions for Schrödinger equations

Duncan Dauvergne (University of Toronto)
Characterizing the directed landscape through the KPZ fixed point

Rebecca R.G. (George Mason University)
Classifying neural ideals

Part of the Thematic Program in Commutative Algebra and Applications

Anibal Medina-Mardones (Western University)
Lecture 21 | Introduction to Topological Data Analysis

Rebecca R.G. (George Mason University)
Characteristic 0 closure operations

Part of the Thematic Program in Commutative Algebra and Applications

Kasra Rafi (University of Toronto)
Lecture 22 | Randomness in Groups

Andrew Lewis (Queen's University)
Lecture 24 | Infinite-Dimensional Analysis and Differential Geometry

Lecture 08: Effect of Noise in Neural Systems

Part of the Thematic Program on the Mathematics of Neuroscience

Maia Fraser (University of Ottawa)
Lecture 23 | Mathematical Introduction to Machine Learning

Anibal Medina-Mardones (Western University)
Lecture 22 | Introduction to Topological Data Analysis

Eric Jovinelly, Brown University
Free Curves in Singular Varieties

Part of the Thematic Program in Commutative Algebra and Applications

Kasra Rafi (University of Toronto)
Lecture 23 | Randomness in Groups

Matthew Gerry, University of Toronto
Understanding multiple timescales in quantum dissipative dynamics

Masoud Ataei (University of Toronto)
Applications of Lehmer transform to Biological Signal Processing

Mark Poor, Cornell University
Some results about the pseudoarc and its homeomorphism group

Maia Fraser (University of Ottawa)
Lecture 24: Final Project Progress Meeting | Mathematical Introduction to Machine Learning (No Recording)