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arXiv 2102.02328gr-qchep-th
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用Solv几何模拟缓慢旋转的黑洞

Slowly rotating black holes modeled by Solv geometries

José Figueroa, Marcelo Oyarzo

摘要:

我们提出了一个缓慢旋转的广义黑洞模型的Solv视界几何,在五维广义相对论。提出了一个与Einstein方程相容的可分离的代数,它是用超几何函数和指数函数积分的。该解决方案高度简化后,需要保持相同的渐近行为的非旋转黑洞,并有有限的,非零的费用。我们计算费用的解决方案,并评论其重要性,研究相空间的理论在这一部门。

英文摘要:

We present a slowly rotating generalization of a black hole modeled by a Solv horizon geometry, in five dimensional General Relativity. A separable ansatz compatible with Einstein equations is proposed, which is integrated in terms of hypergeometric and exponential functions. The solution highly simplifies after requiring to maintain the same asymptotic behaviour as the non-rotating black hole and to have finite, non-vanishing charges. We compute the charges of the solution and also comment on its importance for studying the phase space of the theory in this sector.

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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