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Explore cutting-edge research at the intersection of spacetime physics and quantum information theory through this comprehensive workshop featuring leading experts in theoretical physics. Delve into advanced topics including black hole interiors, gravitational algebras, horizon phase spaces, and holographic principles as presented by renowned physicists from top institutions. Examine the latest developments in quantum gravity, including discussions on islands beyond event horizons, scrambling dynamics, and the non-perturbative structure of spacetime. Investigate the mathematical foundations of general relativity through symplectic analysis, gauge theories, and von Neumann algebras while exploring their connections to quantum information processing. Learn about novel approaches to understanding black hole thermodynamics, the Bekenstein bound, and the emergence of spacetime from quantum entanglement. Discover recent breakthroughs in two-dimensional gravity models, random matrix theory applications, and the AdS/CFT correspondence that are reshaping our understanding of quantum gravity. Gain insights into the complexity of quantum systems, vacuum codes, and background-independent formulations of gravitational theories that bridge the gap between quantum mechanics and general relativity.
