Gravitating BPS Dyons witout a Dilaton
Choonkyu Lee, Q-Han Park
TL;DR
This paper presents curved-space BPS dyon solutions that saturate a gravitational Bogomol'nyi bound, extending previous monopole solutions to include gravitational effects without a dilaton.
Contribution
It introduces new curved-space BPS dyon solutions that generalize earlier monopole solutions by incorporating gravity without involving a dilaton field.
Findings
Solutions saturate the gravitational Bogomol'nyi bound
Generalization of self-gravitating BPS monopoles to dyons
No dilaton field involved in these solutions
Abstract
We describe curved-space BPS dyon solutions, the ADM mass of which saturates the gravitational version of the Bogomol'nyi bound. This generalizes self-gravitating BPS monopole solutions of Gibbons et al. when there is no dilaton.
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