The solution of the Einstein equation in the interior of the black holes by using arbitrary distribution functions

The solution of the Einstein equation in the interior of the black holes by using arbitrary distribution functions

The aim of this paper is to obtain the solution of the Einstein equation in the interior of the black holes by using arbitrary distribution functions; corresponding to Gaussian, Rayleigh, Maxwell-Boltzmann and non-Gaussian distributions. Also we calculate the Hawking temperature, the mass and heat c...

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Veröffentlicht in:arXiv.org 2018-03
Hauptverfasser: Hussein, N A, Eisa, D A, Ibrahim, T A S
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Sprache:eng
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Black holes
Distribution functions
Einstein equations
Horizon
Mathematical analysis
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description The aim of this paper is to obtain the solution of the Einstein equation in the interior of the black holes by using arbitrary distribution functions; corresponding to Gaussian, Rayleigh, Maxwell-Boltzmann and non-Gaussian distributions. Also we calculate the Hawking temperature, the mass and heat capacity for cosmological horizon and the black hole horizon.
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subjects Black holes
Distribution functions
Einstein equations
Horizon
Mathematical analysis
title The solution of the Einstein equation in the interior of the black holes by using arbitrary distribution functions
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