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$\chi\rm{SB}$ of cascading gauge theory in de Sitter
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abstract
${\cal N}=1$ supersymmetric $SU(N)\times SU(N+M)$ cascading gauge theory of Klebanov et.al spontaneously breaks chiral symmetry in Minkowski space-time. We demonstrate that in de Sitter space-time the chiral symmetry breaking occurs for the values of the Hubble constant $H\lesssim 0.7 \Lambda $, as well as in a narrow window $0.92(1) \Lambda \le H\le 0.92(5) \Lambda $. We give a precise definition of the strong coupling scale $\Lambda $ of cascading gauge theory, which is related to the glueball mass scale in the theory $m_{glueball}$ and the asymptotic string coupling $g_s$ as $\Lambda \sim g_s^{1/2} m_{glueball}$.
Forward citations
Cited by 3 Pith papers
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Instability of Baryonic Black Branes
Baryonic black branes in the conifold gauge theory are shown to be dynamically unstable below T/µ_B = 0.2770(5), with an accompanying subdominant ordered phase extending to high temperatures.
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The ordered phase of charged N=4 SYM plasma
A new ordered phase of charged N=4 SYM plasma, with a dimension-2 condensate O2 proportional to T^2 at high temperature, is constructed holographically and dominates the microcanonical ensemble.
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Fluxification and scalarization of the conifold black holes
Two dimension-3 chiral operators of the Klebanov-Witten theory condense at the same critical chemical potential, producing flux-hair and scalar-hair black holes with ensemble-dependent phase dominance.
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