Holographic QCD with Topologically Charged Domain-Wall/Membranes

Details Holographic QCD with Topologically Charged Domain-Wall/Membranes Holographic QCD with Topologically Charged Domain-Wall/Membranes

2008-05-19

arxiv.org/abs/0805.2933v3

JHEP 0809:046,2008

Physics

High Energy Physics

High Energy Physics - Theory

23 pages, 19 figures;v2 typos corrected;v3 text improved

Scientific paper

10.1088/1126-6708/2008/09/046

We study the thermodynamical phase structures of holographic QCD with nontrivial topologically charged domain-wall/membranes which are originally related to the multiple $\theta$-vacua in the large $N_c$ limit. We realize the topologically charged membranes as the holographic D6-brane fluxes in the Sakai-Sugimoto model. The D6-brane fluxes couple to the probe D8-anti-D8 via Chern-Simon term, and act as the source for the baryonic current density of QCD. We find rich phase structures of the dual meson system by varying asymptotic separation of D8 and anti-D8. Especially, there can be a thermodynamically favored and stable phase of finite baryonic current density. This provides the supporting evidence for the discovery of the topologically charged membranes found in the lattice QCD calculations. We also find a crossover phase with the limiting baryonic current density and temperature which suggest a Hagedorn-like phase transition of meson dissociation.

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