Black holes with toroidal horizons in (d +1)-dimensional space-time

TL;DR

This paper explores the properties and solutions of black holes with toroidal horizons in higher-dimensional space-time, including their conserved charges, entropy, and both uncharged and charged interior solutions.

Contribution

It provides new exact static interior solutions for uncharged and charged black holes with toroidal horizons in (d+1)-dimensional space-time.

Findings

Calculated conserved charges using the solution phase space method.

Derived entropy and thermodynamic quantities for these black holes.

Obtained exact interior solutions for both uncharged and charged cases.

Abstract

We investigate black holes with toroidal horizons in (d +1)-dimensional space-time. Using the solution phase space method, we calculated conserved charges for these black holes before exploring some features of this metric including its entropy and thermodynamic quantities. Another aspect of the study involves obtaining a general exact static interior solution for uncharged black holes with toroidal horizons in (d+1)-dimensional space-time. Finally, an interior solution for charged black holes is obtained.