On the Baryonic Density and Susceptibilities in a Holographic Model of QCD
Keun-young Kim, Jinfeng Liao
TL;DR
This paper analytically calculates baryonic density and susceptibilities in a holographic QCD model, revealing strong coupling effects and providing insights relevant to understanding QCD in both hot and cold phases.
Contribution
It introduces an analytical approach to compute baryonic properties in a holographic QCD model across different phases, highlighting strong coupling phenomena.
Findings
Identification of strong coupling patterns in baryonic susceptibilities
Insights into fermionic degrees of freedom in QCD phases
Analytical results applicable to hot QGP and cold dense matter
Abstract
In this paper, we calculate analytically the baryonic density and susceptibilities, which are sensitive probes to the fermionic degrees of freedom, in a holographic model of QCD both in its hot QGP phase and in its cold dense phase. Interesting patterns due to strong coupling dynamics will be shown and valuable lessons for QCD will be discussed.
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