Higher Dimensional Taub-NUTs and Taub-Bolts in Einstein-Maxwell Gravity

Abstract

We present a class of higher dimensional solutions to Einstein-Maxwell equations in d-dimensions. These solutions are asymptotically locally flat, de-Sitter, or anti-de Sitter space-times. The solutions we obtained depend on two extra parameters other than the mass and the nut charge. These two parameters are the electric charge, q and the electric potential at infinity, V, which has a non-trivial contribution. We Analyze the conditions one can impose to obtain Taub-Nut or Taub-Bolt space-times, including the four-dimensional case. We found that in the nut case these conditions coincide with that coming from the regularity of the one-form potential at the horizon. Furthermore, the mass parameter for the higher dimensional solutions depends on the nut charge and the electric charge or the potential at infinity.

11 pages, LaTeX

References in corpus (4)

• Breakdown of the Entropy/Area Relationship for NUT-charged Spacetimes
• Nuttier Bubbles
• Nutty Bubbles
• Determining the SUSY-QCD Yukawa Coupling

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