Princeton University

Alexander Polyakov·Princeton University

This lecture, delivered by Alexander Polyakov at Princeton, delves into advanced topics in modern classical dynamics, reflecting a deep theoretical approach to fundamental physics.

Tom Hutchcroft·Princeton University

Delve into the unsolved problems surrounding critical percolation, a fundamental model in statistical mechanics that reveals complex phase transition behaviors.

John Horton Conway·Princeton University

John Conway presents the first in a series of lectures on the Free Will Theorem, co-developed with Simon Kochen. This lecture introduces the SPIN, TWIN, and FIN axioms and their implications for elementary particles' 'free will' based on experimental choices.

Tristan Buckmaster·Princeton University

A detailed exposition on the application of rigorous numerical computation and interval arithmetic to produce validated mathematical proofs for singularity formation in fluid PDEs.

Alexander Polyakov·Princeton University

An advanced lecture from Alexander Polyakov's graduate course at Princeton, delving into the sophisticated mathematical frameworks of modern classical dynamics with profound implications for theoretical physics.

Alexander Polyakov·Princeton University

The twentieth installment of Alexander Polyakov's graduate lectures at Princeton, exploring advanced concepts in classical dynamics critical for understanding modern theoretical physics.