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Explore advanced theoretical physics concepts in this conference session featuring two distinguished speakers presenting cutting-edge research in quantum field theory and gravity. Learn about entanglement bootstrap methods through John McGreevy's mini-course, which examines how quantum entanglement properties can be used to constrain and understand quantum field theories. Discover Joao Penedones' groundbreaking work on deriving Einstein gravity from matrix integral formulations, bridging the gap between discrete mathematical structures and continuous spacetime geometry. Gain insights into modern approaches to the conformal bootstrap program and its applications to fundamental physics problems. Understand how these theoretical frameworks contribute to our comprehension of quantum gravity, holographic duality, and the emergence of spacetime from more fundamental quantum mechanical principles. Access comprehensive coverage of mathematical techniques, physical interpretations, and current research directions in these rapidly evolving fields of theoretical physics.
