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arXiv 1608.00822hep-thgr-qc
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从Schwinger球到黑洞

From Schwinger Balls to Black Holes

Davood Allahbakhshi

摘要:

我们已经展示了Schwinger球和黑洞之间有趣的相似性。把黑洞看作一个引力Schwinger球,导出了引力与面积成反比的直接结果--Bekenstein-Hawking熵和黑洞热力学第一定律.普朗克长度就是引力施温格长度。将黑洞看作一个引力子组成的Schwinger球,导出了黑洞的质量与半径的关系。我们展示了如何演变的纠缠熵的黑洞,作为页介绍了多年前,可以通过包括引力子在黑洞的蒸发过程中,并使用变形EPR机制。这种变形的EPR机制也可以解决信息悖论。我们将展示如何天真的同时使用页的参数和等价原则导致防火墙问题。

英文摘要:

We have shown intriguing similarities between Schwinger balls and black holes. By considering black hole as a gravitational Schwinger ball, we have derived the Bekenstein-Hawking entropy and the first law of black hole thermodynamics as a direct result of the inverse area dependence of the gravitational force. It is also shown that the Planck length is nothing but the gravitational Schwinger length. The relation between the mass and the radius of the black hole is derived by considering the black hole as a Schwinger ball of gravitons. We show how the evolution of the entanglement entropy of the black hole, as Page introduced many years ago, can be obtained by including gravitons in the black hole's evaporation process and using a deformed EPR mechanism. Also this deformed EPR mechanism can solve the information paradox. We show how naive simultaneous usage of Page's argument and equivalence principle leads to firewall problem.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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