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Explore advanced concepts in quantum many-body physics through this lecture from the II School on Emergent Phenomena in Non-Equilibrium Quantum Many-Body Systems. Delve into Planckian dynamics as presented by Harvard University's Subir Sachdev in the fourth installment of his comprehensive series. Examine the fundamental principles governing quantum systems operating at the Planckian timescale, where quantum mechanics and thermodynamics intersect in non-equilibrium many-body systems. Investigate the theoretical frameworks and mathematical approaches used to understand emergent phenomena in these complex quantum systems. Analyze the implications of Planckian dynamics for understanding quantum phase transitions, strange metals, and other exotic states of matter. Build upon concepts from previous classes in the series to develop a deeper understanding of how quantum many-body systems behave when driven far from equilibrium and operating at fundamental physical limits.
