Quantum Radiation Properties of General Nonstationary Black Hole

Using the generalized tortoise coordinate transformations the quantum radiation properties of Klein-Gordon scalar particles, Maxwell’s electromagnetic field equations, and Dirac equations are investigated in general nonstationary black hole. The locations of the event horizon and the Hawking tempera...

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Main Author: T. Ibungochouba Singh
Format: Article
Language:English
Published: Wiley 2017-01-01
Series:Advances in High Energy Physics
Online Access:http://dx.doi.org/10.1155/2017/3875746
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author T. Ibungochouba Singh
author_facet T. Ibungochouba Singh
author_sort T. Ibungochouba Singh
collection DOAJ
description Using the generalized tortoise coordinate transformations the quantum radiation properties of Klein-Gordon scalar particles, Maxwell’s electromagnetic field equations, and Dirac equations are investigated in general nonstationary black hole. The locations of the event horizon and the Hawking temperature depend on both time and angles. A new extra coupling effect is observed in the thermal radiation spectrum of Maxwell’s equations and Dirac equations which is absent in the thermal radiation spectrum of scalar particles. We also observe that the chemical potential derived from scalar particles is equal to the highest energy of the negative-energy state of the scalar particle in the nonthermal radiation in general nonstationary black hole. Applying generalized tortoise coordinate transformation a constant term ξ is produced in the expression of thermal radiation in general nonstationary black hole. It indicates that generalized tortoise coordinate transformation is more accurate and reliable in the study of thermal radiation of black hole.
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spelling doaj-art-e343f9486bc348b4b0239da526ebcef02025-02-03T01:27:11ZengWileyAdvances in High Energy Physics1687-73571687-73652017-01-01201710.1155/2017/38757463875746Quantum Radiation Properties of General Nonstationary Black HoleT. Ibungochouba Singh0Department of Mathematics, Manipur University, Canchipur, Manipur 795003, IndiaUsing the generalized tortoise coordinate transformations the quantum radiation properties of Klein-Gordon scalar particles, Maxwell’s electromagnetic field equations, and Dirac equations are investigated in general nonstationary black hole. The locations of the event horizon and the Hawking temperature depend on both time and angles. A new extra coupling effect is observed in the thermal radiation spectrum of Maxwell’s equations and Dirac equations which is absent in the thermal radiation spectrum of scalar particles. We also observe that the chemical potential derived from scalar particles is equal to the highest energy of the negative-energy state of the scalar particle in the nonthermal radiation in general nonstationary black hole. Applying generalized tortoise coordinate transformation a constant term ξ is produced in the expression of thermal radiation in general nonstationary black hole. It indicates that generalized tortoise coordinate transformation is more accurate and reliable in the study of thermal radiation of black hole.http://dx.doi.org/10.1155/2017/3875746
spellingShingle T. Ibungochouba Singh
Quantum Radiation Properties of General Nonstationary Black Hole
Advances in High Energy Physics
title Quantum Radiation Properties of General Nonstationary Black Hole
title_full Quantum Radiation Properties of General Nonstationary Black Hole
title_fullStr Quantum Radiation Properties of General Nonstationary Black Hole
title_full_unstemmed Quantum Radiation Properties of General Nonstationary Black Hole
title_short Quantum Radiation Properties of General Nonstationary Black Hole
title_sort quantum radiation properties of general nonstationary black hole
url http://dx.doi.org/10.1155/2017/3875746
work_keys_str_mv AT tibungochoubasingh quantumradiationpropertiesofgeneralnonstationaryblackhole