Supersymmetric Black Holes, Defects, and Phase Transitions - Matthew Heydeman
Matthew Heydeman (2022) - Near BPS Black Hole Microstates from Supergravity
Matthew Heydeman - AdS/CFT and p-Adic Numbers: A Model of Discrete Holography
4'th Black-Hole Microstucture Conference - 26'th Rencontres Itzykson - Matthew Heydeman
Nearly BPS Black Holes in AdS5 and their Spectrum in N=4 SYM - Matthew Heydeman
[APCTP Focus] Near BPS Black Holes and Microstates in Supergavity
Gong Show (Strings 2019)
BHI conference 2024, Day 2
G.J. Turiaci : Two dimensional dilaton gravity and the minimal string
Does the ADS/CFT Correspondence Prove We Live in a Simulation?
Graphene flakes, strange metals, and black holes: insights from the SYK model by Prof. Subir Sachdev
p adic convolutional Neural Networks and Quantum Field Theory Part II
The AdS/CFT correspondence: relating gravitational physics with non-gravitational one
Yiming Chen -- Spectral form factor in free large N gauge theories and string theory
AdS-CFT Friday Seminar (Part 3)
Time without a Hamiltonian, the curious case of supersymmetric extremal black holes by Maldacena
Raman Sundrum - Advanced Quantum Field Theory - 9Apr2013 (1/2)
NYU Physics Research Seminar Jan 15, 2021 - Black Holes and Quantum Mechanics
A Rigorous Renormalization Group Study of a p-Adic Quantum Field Theory
Jackiw Teitelboim Gravity and Random Matrix Theory