I will introduce the entanglement bootstrap, a program to understand and extract the universal data of quantum many body states from local entanglement information. Since this universal data is usually encoded in a quantum field theory, the program can teach us about QFT. The program proceeds by identifying conditions satisfied by the reduced density matrix of a ball for a given class of fixed-point states. So far it has been successful for states with liquid topological order, and for CFT in 1+1 dimensions. The current frontier is 2+1d conformal field theory, where the fuzzy sphere is very useful.
De Anders Sandvik
De Giulia Fardelli
De Andreas Läuchli
De Igor Herbut
De Subir Sachdev
De Christian Voinea
De Max Metliski
De Mykola Dedushenko
De Ruihua Fan
De Francesco Parisen-Toldin
De Zheng Zhou
De Johannes Hofman
De Giulio Biroli
De Giulio Biroli
