Non-BPS Dyons and Branes in the Dirac-Born-Infeld Theory
H.R. Christiansen, N. Grandi, F.A. Schaposnik, G. Silva
TL;DR
This paper constructs and analyzes non-BPS dyon solutions in D3-brane actions, exploring their properties and response to perturbations within the Dirac-Born-Infeld framework.
Contribution
It introduces explicit non-BPS dyon solutions considering transverse scalar fields in D3-branes, advancing understanding of non-BPS brane configurations.
Findings
Non-BPS dyon solutions are explicitly constructed.
The response of the D-brane-string system to perturbations is analyzed.
Insights into the stability and dynamics of non-BPS branes are provided.
Abstract
Non-BPS dyon solutions to D3-brane actions are constructed when one or more scalar fields describing transverse fluctuations of the brane, are considered. The picture emerging from such non-BPS configurations is analysed, in particular the response of the D-brane-string system to small perturbations.
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