Massive Vector Particles Tunneling from the Neutral Rotating Anti-de Sitter Black Holes in Conformal Gravity

Abstract

We investigate the massive vector particles' Hawking radiation from the neutral rotating Anti-de Sitter (AdS) black holes in conformal gravity by using the tunneling method. It is well known that the dynamics of massive vector particles are governed by the Proca field equation. Applying WKB approximation to the Proca equation, the tunneling probabilities and radiation spectrums of the emitted particles are derived. Hawking temperature of the neutral rotating AdS black holes in conformal gravity is recovered, which is consistent with the previous result in the literature.

Effect of Quantum Gravity on the Stability of Black Holes

“…Jusufi and Övgun [34] examined the Hawking radiation of massive particles from rotating charged black strings. Li and Zhao [35] calculated the tunneling process of massive particles from the neutral rotating anti-de Sitter BHs using the Proca wave equation in the WKB approximation. The different authors [36,37] determined the temperature of massive vector particles from the different types BHs by using tunneling phenomena.…”

Tunneling Radiation of Massive Vector Bosons from Dilaton Black Holes

“…Along this line, many people investigates the tunneling of massive vector particles from the three-dimensional black holes, [23] Lorentzian wormholes, [24] non-stationary black holes, [25] Kerr-Newmann black hole, [26] high dimensional black holes, [27] and the rotating black hole in conformal gravity. [28] It is shown that the massive vector particles tunneling method can be used to derive the Hawking temperatures of these black holes correctly. More recently, the tunneling processes of massive spin-1 particles from Reissner-Nordstrom and Kerr black holes are investigated by taking the generalized uncertainty principle's influence into account.…”