Random matrices and black holes: new connections from holographic duality
Julian Sonner (University of Geneva)
Abstract: Quantum chaotic systems are often defined via the assertion that their spectral statistics coincides with, or is well approximated by, random matrix theory (RMT). In turn, the late-time ergodic behaviour of chaotic quantum systems is expected to fall into a small number of universality classes of RMT dynamics. Recent developments in holographic duality have made it possible to characterise the ergodic late-time behaviour of black holes in asymptotically anti de Sitter space in similar terms. In this talk I will start by introducing the basic ideas and notions of holographic duality (also known as AdS/CFT), before moving on to these more recent developments, mostly focussing on low-dimensional examples.
mathematical physics
Audience: researchers in the discipline
( video )
One world IAMP mathematical physics seminar
Series comments: In order to receive announcements, please send an email to IAMPseminars@gmail.com with “subscribe” in the subject line.
Organizers: | Margherita Disertori*, Wojciech Dybalski*, Ian Jauslin, Hal Tasaki* |
*contact for this listing |