Colloquia & Seminars

Title: Geometry and Quantum Theory Seminar

Joint Math/CMSA Geometry and Quantum Theory Seminar  

Title: CMSA Q&A Seminar

CMSA Q&A Seminar    

Title: New Technologies in Mathematics Seminar

New Technologies in Mathematics Seminar Speaker: tba

Title: Working with LLMs to do high quality math

AI for the Working Mathematician Speaker: Daniel Litt, University of Toronto Title: Working with LLMs to do high quality math Abstract: Much hay has been made of the capabilities of LLMs to do math autonomously, and indeed frontier models have resolved some long-standing, interesting open questions. But our goal is not to produce papers, but rather to do high quality mathematics. I'll discuss some experiments over the past year in trying to get LLMs to help with producing high quality mathematics, non-autonomously, and speculate a bit about the future.

Title: Geometry and Mathematical Physics Seminar

Geometry and Mathematical Physics Seminar Speaker: Brian Williams, Boston University

Title: Member Seminar

Member Seminar  

Title: Colloquium

Colloquium

Title: Geometry and Quantum Theory Seminar

Joint Math/CMSA Geometry and Quantum Theory Seminar  

Title: New Technologies in Mathematics Seminar

New Technologies in Mathematics Seminar Speaker: tba

Title: Geometry and Mathematical Physics Seminar

Geometry and Mathematical Physics Seminar  

Title: Member Seminar

Member Seminar  

Title: Colloquium

Colloquium

Title: CMSA Special Seminar: Deformations to the Complex Plane, Novel Asymptotic Techniques, and the Large t- Asymptotics of the Riemann Zeta Function

CMSA Special Seminar Speaker: Thanasis Fokas, University of Cambridge Title: Deformations to the Complex Plane, Novel Asymptotic Techniques, and the Large t- Asymptotics of the Riemann Zeta Function Abstract: The Unified Transform (also known as the Fokas method) is a powerful new method for solving boundary value problems for linear and for integrable nonlinear PDEs. For linear PDEs, the relevant transform is based on appropriate deformations of certain integrals from the real line to the complex plane. After briefly reviewing this transform, it will be shown that combining this idea with novel asymptotic techniques has recently led to unexpected and exciting results regarding the large t-asymptotic analysis of the celebrated Riemann zeta function. The following two results will be...

Title: Geometry and Quantum Theory Seminar

Joint Math/CMSA Geometry and Quantum Theory Seminar  

Title: CMSA Q&A Seminar: Hugh Woodin, Harvard

CMSA Q&A Seminar Speaker: Hugh Woodin, Harvard Title: Truth, proof, and AI