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Explore the mathematical framework of holographic algebras at null infinity in this 53-minute conference talk delivered at the Institute for Advanced Study's Workshop on Quantum Aspects of Black Holes and Spacetime. Delve into advanced concepts in theoretical physics as Stanford University's Geoff Penington examines the algebraic structures that emerge at the boundary of spacetime, specifically focusing on how holographic principles apply to null infinity regions. Gain insights into the intersection of quantum field theory, general relativity, and holographic duality as the speaker presents cutting-edge research on the mathematical foundations underlying black hole physics and spacetime geometry. Learn about the sophisticated algebraic tools used to understand the quantum aspects of gravitational systems and their implications for our understanding of fundamental physics at the boundary between finite and infinite regions of spacetime.
