Non-Equilibrium Statistical Physics - Introductory Examples by Sidney Redner

Explore fundamental concepts of non-equilibrium statistical physics in this introductory lecture from the Bangalore School on Statistical Physics VIII. Delve into key examples that illustrate the principles of systems out of equilibrium, guided by expert Sidney Redner from Santa Fe Institute. Gain insights into advanced topics bridging the gap between master's-level courses and cutting-edge research in statistical physics. Designed for PhD students, postdoctoral fellows, and faculty members, this lecture is part of a comprehensive series covering critical dynamics, quantum thermalization, conformal field theory, macroscopic fluctuation theory, and active matter physics.