Advances in Nonequilibrium Systems and Stochastic Processes - Day 2 Session 8

Explore cutting-edge developments in nonequilibrium systems and stochastic processes through this 48-minute conference talk delivered by speaker Ayan as part of Day 2, Session 8 of a specialized research meeting. Delve into the fascinating physics governing systems far from equilibrium, examining phenomena ranging from microscopic fluctuations to large-scale emergent behaviors that challenge traditional thermodynamic understanding. Discover recent breakthroughs that are reshaping theoretical frameworks and experimental approaches in this rapidly evolving field. Learn about the latest research methodologies and theoretical advances that bridge the gap between statistical mechanics and real-world complex systems. Gain insights into how stochastic processes govern everything from biological systems and active matter to driven systems and non-thermal fluctuations. Understand the mathematical tools and physical principles used to analyze systems where detailed balance is broken and entropy production drives novel phenomena. This presentation, organized under the scientific leadership of Sanjib Sabhapandit at the Raman Research Institute, represents part of a collaborative forum designed to foster interdisciplinary dialogue and advance our fundamental understanding of nonequilibrium physics through shared research insights and emerging theoretical perspectives.