Thermal analysis and Joule-Thomson expansion of black hole exhibiting metric-affine gravity

Abstract

This study examines a recently hypothesized black hole, which is a perfect solution of metric-affine gravity with a positive cosmological constant, and its thermodynamic features as well as the Joule-Thomson expansion. We develop some thermodynamical quantities, such as volume, Gibbs free energy, and heat capacity, using the entropy and Hawking temperature. We also examine the first law of thermodynamics and thermal fluctuations, which might eliminate certain black hole instabilities. In this regard, a phase transition from unstable to stable is conceivable when the first law order corrections are present. Besides that, we study the efficiency of this system as a heat engine and the effect of metric-affine gravity for physical parameters $q_e$, $q_m$, ${\kappa }_{\mathrm{s}}$, ${\kappa }_{\mathrm{d}}$ and ${\kappa }_{\mathrm{sh}}$. Further, we study the Joule-Thomson coefficient, and the inversion temperature and also observed the isenthalpic curves in the $T_i-P_i$ plane. In metric-affine gravity, a comparison is made between the Van der Waals fluid and the black hole to study their similarities and differences.

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• Optical features of rotating quintessential charged black holes in de-Sitter spacetime
• Universal thermodynamic topological classes of static black holes in Conformal Killing Gravity
• $f(Q,T)$ gravity: From early to late-time cosmic acceleration
• Neutrino Interactions with perturbed Rastall Gravity: A Novel Approach to Reducing the Hubble Tension
• Algebraic classification of the gravitational field in general metric-affine geometries