Supersymmetric Black Holes in Supergravity
arXiv:hep-th/9512177 · doi:10.1016/0550-3213(96)00112-5
Abstract
We study the embedding of extreme (multi-) dilaton black hole solutions for the values of the parameter in and four-dimensional supergravity. For each black hole solution we find different embeddings in supergravity which have different numbers of unbroken supersymmetries. When embedded in supergravity, all different embeddings of the same solution have the same number of unbroken supersymmetries. Thus, there is a relation between the value of the parameter and the number of unbroken supersymmetries in supergravity, but not in , and the different embeddings must be related by dualities of the theory which are not dualities of the theory. The only exception in this scheme is a {\it dyonic} embedding of the black-hole solution which seems to break all supersymmetries both in the and in the theories.
A few references and comments have been added
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