Corpus ID: 235606242

Classicalization and unitarization of wee partons in QCD and Gravity: The CGC-Black Hole correspondence

@inproceedings{Dvali2021ClassicalizationAU,
  title={Classicalization and unitarization of wee partons in QCD and Gravity: The CGC-Black Hole correspondence},
  author={G. R. Dvali and Raju Venugopalan},
  year={2021}
}
We discuss a remarkable correspondence between the description of Black Holes as highly occupied condensates of N weakly interacting gravitons and that of Color Glass Condensates (CGCs) as highly occupied gluon states. In both cases, the dynamics of “wee partons” in Regge asymptotics is controlled by emergent semi-hard scales that lead to perturbative unitarization and classicalization of 2 → N particle amplitudes at weak coupling. In particular, they attain a maximal entropy permitted by… Expand
Black-Hole-Like Saturons in Gross-Neveu
It has been argued recently that objects of maximal microstate entropy permitted by unitarity, the so-called saturons, have properties similar to black holes. We demonstrate the existence of suchExpand
2 Ju l 2 02 1 Bounds on Quantum Information Storage and Retrieval
We present certain universal bounds on the capacity of quantum information storage and on the time scale of its retrieval for a generic quantum field theoretic system. The capacity, quantified by theExpand
Bounds on Quantum Information Storage and Retrieval
We present certain universal bounds on the capacity of quantum information storage and on the time scale of its retrieval for a generic quantum field theoretic system. The capacity, quantified by theExpand