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.
Plumbing the wormholes of string theory flux compactifications
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abstract
Thus far, the known wormholes in string theory connecting disjoint boundaries represented by finite volume quotients of hyperbolic spaces leak: they are non-perturbatively unstable towards brane-anti-brane nucleation in the flux backgrounds that support these wormholes. Turning on additional fluxes suppressed this instability, but would not completely eliminate it. We present the first example of a non-perturbatively stable wormhole in type IIB supergravity on a warped squashed conifold with fluxes.
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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.