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Explore a comprehensive lecture by Stanford University's Associate Professor Vedika Khemani examining the intricate relationship between many-body physics and computation. Delve into how fundamental physics principles underpin computational processes, from classical bits to quantum processors, while discovering the evolution of computational theory through physics concepts. Learn about groundbreaking developments in quantum engineering, including the emergence of time crystals in non-equilibrium systems and novel quantum networks in non-Euclidean geometries. Understand the significance of topological phases in quantum error correction and explore innovative approaches like Floquet codes and LDPC expander codes. Gain insights into the future of quantum mechanics through the lens of a distinguished theoretical physicist whose work at the intersection of quantum information and condensed matter physics has earned prestigious recognitions including the Infosys Prize and Breakthrough New Horizons in Physics Prize. Part of the "A Hundred Years of Quantum Mechanics" discussion meeting, this lecture illuminates the fundamental connections between physics, information, and computation that will shape the next century of quantum mechanical advancement.
