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Explore the intricate relationship between asymptotic fluxes and holographic principles in this comprehensive lecture delivered at the Galileo Galilei Institute. Delve into advanced theoretical physics concepts as the speaker examines how flux measurements at spatial infinity relate to holographic dualities, providing crucial insights into the AdS/CFT correspondence and its applications. Learn about the mathematical frameworks used to analyze asymptotic behavior in gravitational theories and understand how these fluxes encode important physical information about bulk spacetime dynamics. Discover the connections between boundary field theory observables and bulk gravitational phenomena, with particular emphasis on how asymptotic charges and fluxes manifest in holographic settings. Gain expertise in cutting-edge research methodologies used to study quantum gravity through the lens of holographic duality, including technical approaches to computing and interpreting asymptotic quantities in various spacetime dimensions.
