Magnetized Black Hole on Taub-Nut Instanton
arXiv:1112.3326 · doi:10.1103/PhysRevD.85.064021
Abstract
We present an exact solution to the 5D Einstein-Maxwell-dilaton equations describing a static black hole on Taub-Nut instanton. By construction the solution does not possess a charge, but is magnetized along the compact dimension. As a limit we obtain a new regular solution representing a magnetized Kaluza- Klein monopole. We investigate the relevant physical properties and derive the Smarr-like relations.
14 pages, 1 figure
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- Charged rotating Kaluza-Klein multi-black holes and multi-black strings in five-dimensional Einstein-Maxwell theory
- AdS magnetized solutions in minimal gauged supergravity
- A simple diagnosis of non-smoothness of black hole horizon: Curvature singularity at horizons in extremal Kaluza-Klein black holes
- Charged Black Holes in a Five-dimensional Kaluza-Klein Universe
- Charged rotating dilaton black holes with Kaluza-Klein asymptotics
- New forms and thermodynamics of the neutral rotating squashed black hole in five-dimensional vacuum Einstein gravity theory
- Static four-charge squashed black hole in five-dimensional supergravity and its thermodynamics
- Kaluza-Klein rotating multi-black hole configurations with electromagnetic field in Einstein-Maxwell-dilaton gravity