2006Acta Physica SinicaOpen access

A new method for exploring the black hole Hawking radiation——the quantum statistical method

Zhao Ren, Li-Chun Zhang, Shuangqi Hu, (1)山西大同大学物理系, 大同 037009; (2)中北大学环境与安全工程系, 太原 030051; (3)中北大学环境与安全工程系, 太原 030051;山西大同大学物理系, 大同 037009

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Abstract

When we take the black hole as a canonical ensemble composed of a naked black hole and the two-dimensional thermodynamic surface (horizon of the black hole), using the quantum statistical method, we derive the energy spectrum of the black hole Hawking radiation. The relation between the radiation temperature of the black hole and the entropy is obtained. This gives an insight into the process of the black hole Hawking radiation.

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What this paper is about

When we take the black hole as a canonical ensemble composed of a naked black hole and the two-dimensional thermodynamic surface (horizon of the black hole), using the quantum statistical method, we derive the energy spectrum of the black hole Hawking radiation. The relation between the radiation temperature of the black hole and the entropy is obtained. This gives an insight into the process of the black hole Hawking radiation.

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Available abstract

When we take the black hole as a canonical ensemble composed of a naked black hole and the two-dimensional thermodynamic surface (horizon of the black hole), using the quantum statistical method, we derive the energy spectrum of the black hole Hawking radiation. The relation between the radiation temperature of the black hole and the entropy is obtained. This gives an insight into the process of the black hole Hawking radiation.

Key concepts: Hawking radiation, Black hole complementarity, Physics, Black hole thermodynamics, Micro black hole, Black hole (networking), Extremal black hole, White hole

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