# Modified Bekenstein Hawking Entropy of Five-Dimensioned Static Multi-Charge AdS Black Holes in Gauged Supergravity Theory

## TL;DR

This paper explores the entropy and temperature of five-dimensional black holes in supergravity theory using quantum and Lorentz-breaking effects.

## Contribution

New expressions for Hawking temperature and entropy are derived using WKB and quantum tunneling methods in high-dimensional spacetime.

## Key findings

- Modified Hawking temperature and Bekenstein-Hawking entropy expressions are derived for multi-charge AdS black holes.
- Quantum tunneling and WKB theory are applied to analyze black hole thermodynamics in higher dimensions.
- The study discusses implications for understanding curved spacetime and black hole dynamics.

## Abstract

Considering the dynamics of spin-1/2 fermion in higher-dimensional static multi-charge black holes in gauged supergravity theory, taking into account Lorentz breaking and quantum perturbation theory, this study investigates new expressions for the Hawking temperature and Bekenstein-Hawking entropy of such black holes based on WKB theory and quantum tunneling radiation theory, as well as the laws of black hole thermodynamics. The physical significance of the research methods used in this paper and the related results obtained are analyzed. Furthermore, an in-depth discussion is provided regarding the implications of the research content for addressing relevant issues in high-dimensional curved spacetime.