AdS/CFT far from equilibrium in a Vaidya setup
Michael Florian Wondrak, Matthias Kaminski, Piero Nicolini, Marcus, Bleicher
TL;DR
This paper uses the AdS/CFT correspondence to analyze the far-from-equilibrium behavior of a strongly coupled, charged plasma modeled as a quark-gluon plasma, focusing on shear dynamics via a Vaidya black brane setup.
Contribution
It introduces a novel application of Vaidya spacetime to study the non-equilibrium shear behavior of a charged plasma in AdS/CFT.
Findings
Characterizes shear behavior during rapid mass infall
Models quark-gluon plasma far from equilibrium
Provides insights into plasma thermalization processes
Abstract
In this paper we apply the AdS/CFT correspondence to study a strongly coupled plasma far from equilibrium with a strong emphasis on the shear behavior. The plasma serves as a model for an electrically charged quark-gluon plasma. On the gravitational side, we use an ingoing Vaidya black brane spacetime. The highest rate of mass infall is confined to a short time interval.
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