Soft Wall Model in the Hadronic Medium
Chanyong Park, Do-Young Gwak, Bum-Hoon Lee, Yumi Ko, Sunyoung Shin
TL;DR
This paper explores the behavior of holographic QCD in the hadronic medium using the soft wall model, analyzing phase transitions and meson spectra variations with quark density.
Contribution
It introduces a holographic approach to study the deconfinement and confinement phases in the hadronic medium via the soft wall model, including numerical meson spectra results.
Findings
Identification of Hawking-Page transition between black hole and thermal AdS geometries.
Numerical meson spectra dependence on quark density.
Insights into phase structure of holographic QCD in hadronic medium.
Abstract
We study the holographic QCD in the hadronic medium by using the soft wall model. We discuss the Hawking-Page transition between Reissner-Nordstr\"{o}m AdS black hole and thermal charged AdS of which the geometries correspond to deconfinement and confinement phases respectively. We also present the numerical result of the vector and axial vector meson spectra depending on the quark density.
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