Rotating black holes which saturate a Bogomol’nyi bound

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Abstract
We construct and study the electrically charged, rotating black hole solution in heterotic string theory compactified on a (10-D)-dimensional torus. This black hole is characterized by its mass, angular momentum, and a (36-2D)-dimensional electric charge vector. One of the features of this solution is that for D>5 its extremal limit saturates the Bogomol’nyi bound. This is in contrast with the D=4 case where the rotating black hole solution develops a naked singularity before the Bogomol’nyi bound is reached. The extremal black holes can be superposed, and by taking a periodic array in D>5, one obtains effectively four-dimensional solutions without naked singularities. © 1996 The American Physical Society.
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