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We present a class of higher dimensional solutions to Einstein-Maxwellequations in d-dimensions. These solutions are asymptotically locally flat,de-Sitter, or anti-de Sitter space-times. The solutions we obtained depend ontwo extra parameters other than the mass and the nut charge. These twoparameters are the electric charge, q and the electric potential at infinity,V, which has a non-trivial contribution. We Analyze the conditions one canimpose to obtain Taub-Nut or Taub-Bolt space-times, including thefour-dimensional case. We found that in the nut case these conditions coincidewith that coming from the regularity of the one-form potential at the horizon.Furthermore, the mass parameter for the higher dimensional solutions depends onthe nut charge and the electric charge or the potential at infinity.Comment: 11 pages, LaTe

Higher dimensional Taub-nuts and Taub-bolts in Einstein–Maxwell gravity