Frolov Black Hole Surrounded by a Cloud of Strings

TL;DR

This paper derives a new spacetime metric for a Frolov black hole influenced by a string cloud, analyzing its effects on regularity, energy conditions, geodesics, thermodynamics, and comparing with the original black hole without strings.

Contribution

It introduces a novel metric for a Frolov black hole with a string cloud and explores its physical and thermodynamic properties, extending previous models.

Findings

String cloud affects black hole regularity and energy conditions

Modified geodesic structure and effective potential

Altered thermodynamic behavior compared to original Frolov black hole

Abstract

We obtain the metric which describes the spacetime corresponding to the Frolov black hole in the presence of a cloud of strings and discuss how this cloud affects the regularity of the solution and the energy conditions. In addition, we analyze geodesics, effective potential, and several thermodynamic aspects. Finally, we compare our results with the corresponding findings in the literature for the original Frolov black hole, that is, in the absence of a cloud of strings