Nonlinearly Charged Black Hole Chemistry with Massive Gravitons in the Grand Canonical Ensemble

Abstract

In the context of Black Hole Chemistry (BHC), holographic phase transitions of asymptotically anti-de Sitter (AdS) charged topological black holes (TBHs) in massive gravity coupled to Power Maxwell Invariant (PMI) electrodynamics are discussed in the grand canonical (fixed $U(1)$ potential, $\Phi$) ensemble. Considering all higher-order graviton's self-interactions of (dRGT) massive gravitational field theory in arbitrary dimensions, exact TBH solutions are derived, the explicit form of the on-shell action is computed, and the associated thermodynamic quantities in the Grand Canonical Ensemble (GCE) are calculated. In addition, the validity of the first law of thermodynamics and Smarr relation are examined in the extended phase space. Regarding this model, it is shown that a van der Waals (vdW) behavior takes place in $d\ge 4$ dimensions, a typical reentrant phase transition is observed in $d\ge 5$, and both anomalous vdW and triple point phenomena are recognized in $d\ge 6$. So, the results are quite different from their counterparts in the GCE of Maxwell-massive gravity. Besides, we briefly study the critical behaviors of higher-dimensional TBHs with a conformally invariant Maxwell source as a special subgroup of our solutions for both Einstein and massive gravity theories in various ensembles.

21 pages, 4 figures, 2 tables - Published version

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Cited by in corpus (6)

• Topology of nonlinearly charged black hole chemistry via massive gravity
• Thermodynamic schemes of charged BTZ-like black holes in arbitrary dimensions
• On some phase equilibrium features of charged black holes in flat spacetime via Rényi statistics
• Three-dimensional AdS black holes in massive-power-Maxwell theor
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• Absence of isolated critical points with nonstandard critical exponents in the four-dimensional regularization of Lovelock gravity