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DOI：10.1007/JHEP01(2012)146.png)
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Abstract
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All near-horizon geometries of supersymmetric black holes in a N = 2, D = 5 higher-derivative supergravity theory are classified. Depending on the choice of near-horizon data we find that either there are no regular horizons, or horizons exist and the spatial cross-sections of the event horizons are conformal to a squashed or round S-3, S-1 x S-2, or T-3. If the conformal factor is constant then the solutions are maximally supersymmetric. If the conformal factor is not constant, we find that it satisfies a non-linear vortex equation, and the horizon may admit scalar hair.
Keywords:
Black Holes in String Theory
Supergravity Models
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5.5
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4.0W
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