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arXiv 1111.4927gr-qc
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告别黑洞视界和奇点?

Farewell to black hole horizons and singularities?

C. Corda, D. Leiter, H. J. Mosquera Cuesta, S. Robertson, R. E. Schild

摘要:

本文从理论和观测两个方面讨论了支配黑洞视界和奇点存在与否的基本问题,并讨论了在经典水平上,即在没有量子引力的情况下,如何防止黑洞奇点的形成。通过这种方式,我们认为黑洞可能有一个不同的性质尊重共同的信念。事实上,即使是非常紧凑的天体物理学物体,它们也可能没有视界和奇点。我们的分析代表了理论统一之路的争论中的一个关键点。由于最近一些科学家部分恢复了爱因斯坦的旧观点,即量子力学必须服从于更一般的确定性理论,因此在半经典水平上找到解决黑洞视界和奇点问题的方法,即不讨论量子引力,成为一个基本框架。

英文摘要:

We consider the fundamental issues which dominate the question about the existence or non-existence of black hole horizons and singularities from both of the theoretical and observational points of view, and discuss some of the ways that black hole singularities can be prevented from forming at a classical level, i.e. without arguments of quantum gravity. In this way, we argue that black holes could have a different nature with respect the common belief. In fact, even remaining very compact astrophysics objects, they could be devoid of horizons and singularities. Our analysis represents a key point within the debate on the path to unification of theories. As recently some scientists partially retrieved the old Einstein's opinion that quantum mechanics has to be subjected to a more general deterministic theory, a way to find solutions to the problem of black hole horizons and singularities at a semi-classical level, i.e. without discussions of quantum gravity, becomes a fundamental framework.

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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