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Conformal Field Theory in Quantum Gravity and the Lab

Shai Chester (Weizmann)
Monday, February 14, 2022 - 4:00pm to 5:00pm
PAA102

Conformal field theories (CFT) are ubiquitous in physics: they describe phase transitions of magnets and superfluids that can be studied in the lab, as well as provide the only known non-perturbative description of quantum gravity via the AdS/CFT conjecture. These CFTs are often strongly coupled, however, so for precise calculations we need non-perturbative methods such as the conformal bootstrap, supersymmetric localization, and harmonic analysis. I will explain how these new methods have been used to resolve long standing experimental questions about the superfluid Helium phase transition, provide the first rigorous derivation of a specific model of AdS/CFT, and in general probe strongly coupled systems across theoretical physics.

In-peson/zoom. (Zoom link is distributed on the phys-all list email.)

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