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Research Paper | Physics Science | India | Volume 4 Issue 9, September 2015
Temperature of a Rotating Black Hole
Abstract: This science article deals with the temperature of a rotating black hole. In this article I have proved that temperature of a rotating black hole depends not only on mass but also the linear velocity of the black hole and derivative of rotational velocity with respect to the mass of rotating black hole unlike the temperature of non-rotating black hole. In this article I have used the concepts of quantum mechanics, hawking radiation, benkenstien entropy formula and by going through all of them I have derived the above stated fascinating result, temperature of a rotating black hole is a function of mass, rotational velocity, and derivative of rotational velocity with respect to the mass, and enhanced the our knowledge about the rotating black hole. I have derived a new result that temperature of rotating black hole is apart from non rotating black hole.
Keywords: hawking radiation, benkenstiens entropy, angular momentum, Schwarzschild radius, hawking temperature
Edition: Volume 4 Issue 9, September 2015,
Pages: 685 - 686