Correction to the Higher Dimensional Black Hole Entropy

Abstract

Using the modified Hawking radiation of a Schwarzschild black hole (based on the generalized uncertainty principle) we obtained the BekensteinHawking entropy of a higher dimensional Schwarzschild black hole. Furthermore, the thermodynamics of such black hole is studied.

Entropy Function in the Liouville Theory

“…In addition we obtained the correction to the entropy. Interesting problem here, is to use the entropy function formalism for higher dimensional black holes [34] or other two dimensional black holes such as [35].…”

Quantum gravity effects on the radiation of a stimulated emission from quantum black holes

“…At this time, a lot of works reported a modified version of usual uncertainty relation at the framework of microphysics and string theory (Amelino-Camelia et al 2006;Setare 2004cSetare , 2006Adler and Santiago 1999;Adler et al 2001;Farmany and Dehghani 2010;Farmany 2010;Farmany et al 2007Farmany et al , 2008Hossenfelder et al 2003),…”

“…To study the quantum gravity effects in a quantum black hole, one can take into account the generalized uncertainty principle. In this article, we concentrate on the quantum gravity effects of a quantum black hole that considered by many of authors: Adler et al (2001), Setare (2004cSetare ( , 2006, Nouicer (2007), Myung et al (2007), Farmany et al (2008), Dehghani and Farmany (2009) and Farmany and Dehghani (2010). First, we begin with a fundamental frequency from energy spacing between consecutive levels.…”

Effect of holographic principle and generalized uncertainty principle on the semiclassical Parikh-Wilczek tunneling radiation of black holes

“…In this case, the conventional semiclassical approaches are not proper and the complete quantum gravity analysis is required. To study the quantum gravitational effects on the tunneling mechanism it is interesting to relate the analysis under a minimal length quantum gravity scale (Adler et al 2001;Han et al 2008;Farmany et al 2008;Shu and Shen 2008;Wang et al 2008;Setare 2004;Kim and Park 2007;Nouicer 2007;Xiang 2006;Dehghani and Farmany 2009). In this letter, the black hole tunneling radiation is studied based on the generalized uncertainty principle.…”