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arXiv 1702.03567gr-qc
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非奇异量子改进的旋转黑洞及其最大扩张

Non-singular quantum improved rotating black holes and their maximal extension

R. Torres

摘要:

我们在Newman-Janis算法中增加了一个处方,以便用它作为从静态球对称时空中寻找新的扩展(“通过r<0”)旋转黑洞时空的一种手段。然后,我们将这个过程应用到一个由量子爱因斯坦引力产生的量子改进的黑洞时空中。目标是在量子效应可以忽略的区域内,得到一个与标准最大扩展Kerr黑洞相似的非奇异旋转黑洞对应的最大扩展时空.我们严格检查标量曲率奇点的存在,在量子改进的旋转时空,我们表明,它是没有他们。我们还分析了旋转黑洞的视界和因果结构,并给出了极大扩展时空的彭罗斯图。

英文摘要:

We add a prescription to the Newman-Janis algorithm in order to use it as a means of finding new extended (`through r<0') rotating black hole spacetimes from static spherically symmetric ones. Then, we apply the procedure to a quantum improved black hole spacetime coming from Quantum Einstein Gravity. The goal is to get a maximally extended spacetime corresponding to a non-singular rotating black hole emulating the standard maximally extended Kerr black hole in regions where quantum effects are negligible. We rigourously check for the existence of scalar curvature singularities in the quantum improved rotating spacetime and we show that it is devoid of them. We also analyze the horizons and causal structure of the rotating black hole and provide Penrose diagrams for the maximally extended spacetime.

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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