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Explore the fundamental principles of non-equilibrium thermodynamics as applied to active systems in this comprehensive seminar lecture. Delve into the theoretical framework that governs systems far from thermal equilibrium, examining how energy dissipation and entropy production drive the behavior of active matter. Learn about the mathematical formulations and physical concepts that describe active particles, biological systems, and other non-equilibrium phenomena. Discover how thermodynamic principles extend beyond traditional equilibrium systems to encompass living matter, self-propelled particles, and other active materials that continuously consume energy. Gain insights into the relationship between microscopic dynamics and macroscopic thermodynamic properties in active systems, including the role of fluctuations, correlations, and collective behavior. Understand the applications of these concepts to biological processes, from cellular mechanics to tissue dynamics, and explore how non-equilibrium thermodynamics provides a unifying framework for understanding life at the molecular and cellular level.
