Topological Quantum Numbers of Dyonic Fields over Taub-Bolt

Published 12 Jan 2017 in gr-qc | (1701.03256v3)

Abstract: We study the global structure of dyonic fields on a Taub-Bolt background, and compare our results with similar fields over Taub-NUT and Schwarzschild spaces. It is shown that the electric and magnetic charges are quantized and lead to a classification of dyonic Taub-Bolt configurations. The quantization condition for the magnetic charge is similar to that of Dirac's monopole.

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