IAS Physics Group Meeting

Random Matrix Models, 2D Quantum Gravity, and Holography (Part 1)

This group meeting will be presented in-person in Wolfensohn Hall at the IAS and on Zoom. The Zoom link will be provided in the email announcement.

NOTE: Part 2 of this discussion will take place on Thursday, March 10th. A separate announcement will be sent soon.

For contact-tracing purposes all off-campus attendees must register for this seminar: 
REGISTRATION FORM

All in-person attendees must be fully vaccinated, including a booster dose, and masks are required in all indoor spaces (except while actively eating). Additionally, all off-campus attendees are required to upload proof of vaccination that includes a booster dose via the IAS CrowdPass App 

Abstract: In the first of two lectures I will present a pedagogical exploration of perhaps the simplest random matrix model, the Gaussian Unitary Ensemble. It gives the Airy model in the double scaling limit. I will first review the features that we usually focus on when studying models of gravity and argue that they need to be supplemented by much more non-perturbative information, readily computed using Fredholm determinants. The physical picture that emerges implies a specific kind of discrete spectrum, apparently previously unnoticed in this context. Its holographic meaning is discussed. This all readily generalizes to an infinite family of models.

Date & Time

March 09, 2022 | 1:45pm – 3:00pm

Location

Wolfensohn Hall (behind Bloomberg Hall) & on Zoom

Affiliation

Princeton University and University of Southern California

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