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Explore the Entanglement Bootstrap research program and its applications to understanding quantum many-body states and conformal field theory in this advanced physics seminar. Learn how universal data from quantum many-body states can be extracted using local entanglement information, with particular focus on how this data is typically encoded in quantum field theory frameworks. Discover the methodology of identifying conditions satisfied by reduced density matrices of ball regions for specific classes of fixed-point states. Review recent findings about topological field theories that describe low-energy physics of liquid gapped states, then delve into progress made in applying entanglement bootstrap philosophy to conformal field theory in both 1+1 dimensions and higher dimensions. Gain insights from cutting-edge research conducted in collaboration with Xiang Li, Ting-Chun (David) Lin, and Rolando Ramirez Camasca, presented by John McGreevy from the University of California, San Diego at the Institute for Advanced Study's High Energy Theory Seminar.
