Multi-Boundary Spinning $AdS_5$ Black Holes, Strongly Coupled Plasma Balls and a dual locally de Sitter spacetime

Andrés Anabalón; Guillermo Buckle; Annelies Fullgraff; Marcelo Oyarzo

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arXiv · 2609.22084

Multi-Boundary Spinning $AdS_5$ Black Holes, Strongly Coupled Plasma Balls and a dual locally de Sitter spacetime

Andrés Anabalón·Guillermo Buckle·Annelies Fullgraff·Marcelo Oyarzo

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Abstract

We construct a new family of exact spinning black hole solutions in five-dimensional General Relativity with a negative cosmological constant, which are dual to strongly coupled spinning plasma balls on four-dimensional Minkowski spacetime. In analogy with the recent discovery of such black solutions in four bulk dimensions, the boundary Lorentz factor acts as a new coordinate in the bulk, giving rise to a new UV region that, in our case, is locally a three-dimensional de Sitter spacetime times the real line. The dual energy-momentum tensor in this region describes a conformal anisotropic fluid that satisfies the weak and strong energy conditions.

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Andrés Anabalón, Guillermo Buckle, Annelies Fullgraff, Marcelo Oyarzo. 2026-09-18. Multi-Boundary Spinning $AdS_5$ Black Holes, Strongly Coupled Plasma Balls and a dual locally de Sitter spacetime. https://arxiv.org/abs/2609.22084

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