Rotating black holes in gauged supergravities: Thermodynamics, supersymmetric limits, topological solitons and time machines
Rotating black holes in gauged supergravities: Thermodynamics, supersymmetric limits, topological solitons and time machines
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发表时间：
2005-04
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通讯作者：
M. Cvetič;C. Pope;Hong Lu;G. Gibbons
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作者：
M. Cvetič;C. Pope;Hong Lu;G. Gibbons
我们研究了最近发现的五维、七维和四维规范超引力的非极值带电旋转黑洞的热力学，得到了与热力学第一定律相一致的能量、角动量和电荷。利用这些表达式，结合对含R-荷的AdS超代数的分析，得到了它们的超对称极限。我们给出了一个一般性的讨论，这种解决方案的整体结构，并将其应用在各种情况下。我们获得了七维和四维的新的规则超对称黑洞，并再现了五维和四维的已知例子。我们还得到了新的五维和七维超对称非奇异拓扑孤子。其余的超对称解要么有裸奇点，要么有裸时间机器。如果渐近时间是周期性的，则后者可以是非奇异的。这导致了一种新型的量子一致性条件，我们称之为约瑟夫森量子化条件。最后，我们讨论了一些问题。
We study the thermodynamics of the recently-discovered non-extremal charged rotating black holes of gauged supergravities in five, seven and four dimensions, obtaining energies, angular momenta and charges that are consistent with the first law of thermodynamics. We obtain their supersymmetric limits by using these expressions together with an analysis of the AdS superalgebras including R-charges. We give a general discussion of the global structure of such solutions, and apply it in the various cases. We obtain new regular supersymmetric black holes in seven and four dimensions, as well as reproducing known examples in five and four dimensions. We also obtain new supersymmetric non-singular topological solitons in five and seven dimensions. The rest of the supersymmetric solutions either have naked singularities or naked time machines. The latter can be rendered nonsingular if the asymptotic time is periodic. This leads to a new type of quantum consistency condition, which we call a Josephson quantisation condition. Finally, we discuss some � = ±