TL;DR
This paper explores BPS one-branes in five-dimensional N=2 supergravity, providing explicit symplectic solutions and conditions for understanding their spacetime structure, extending previous work on scalar fields in hypermultiplets.
Contribution
It introduces the second class of BPS one-brane solutions in five dimensions and derives explicit symplectic field configurations and spacetime conditions.
Findings
Explicit symplectic solutions for BPS one-branes
Conditions for full spacetime understanding of these branes
Extension of previous scalar field analysis in hypermultiplets
Abstract
In a recent paper, we studied the scalar fields of the five dimensional N=2 hypermultiplets using the method of symplectic covariance. For static spherically symmetric backgrounds, we showed that exactly two possibilities exist and detailed one of them. In this paper, we present the second case: Bogomol'nyi-Prasad-Sommerfield (BPS) one-branes carrying charge under the hypermultiplets. We find an explicitly symplectic solution of the fields in this background and derive the conditions required for a full spacetime understanding.
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