Perimeter Institute

Alexander Polyakov·Perimeter Institute

This lecture, part of Alexander Polyakov's graduate course at Princeton, delves into advanced topics in modern classical dynamics, suitable for researchers in theoretical physics.

Yin-Chen He·Perimeter Institute

Yin-Chen He introduces the fuzzy sphere regularization, a non-perturbative method for 3D Conformal Field Theories, with applications to the 3D Ising transition, fermionic CFTs, and Chern-Simons matter theories.

Carlo Rovelli·Perimeter Institute

World-renowned physicist Carlo Rovelli unravels the profound implications of falling into a black hole, addressing concepts from Einstein's equations to the frontiers of quantum gravity.

Robbert Dijkgraaf·Perimeter Institute

Robbert Dijkgraaf explores the profound influence of quantum physics, quantum field theory, and string theory on pure mathematics, demonstrating how physical insights lead to new invariants in geometry and topology.

Netta Engelhardt·Perimeter Institute

MIT physicist Netta Engelhardt unravels the profound black hole information paradox, a critical intersection where general relativity and quantum mechanics present conflicting descriptions.

Nima Arkani-Hamed·Perimeter Institute

Nima Arkani-Hamed presents an extended discussion on the methodology of theoretical physics research, fundamental length scales, natural units, and order-of-magnitude estimations across relativistic, quantum mechanical, and cosmological phenomena. The lectures address both conceptual frameworks and practical research considerations for advanced students.