Interaction of global and local monopoles
Eugenio R. Bezerra de Mello (University of Paraiba, Brazil), Yves, Brihaye (University of Mons, Belgium), Betti Hartmann (University of, Durham, UK)
TL;DR
This paper explores the direct interaction between global and local monopoles by introducing a new coupling term in the potential, analyzing its effects in curved space and comparing with previous gravity-mediated interactions.
Contribution
It introduces a novel direct coupling term between Goldstone and Higgs fields in monopole models, expanding understanding of their interactions beyond gravity effects.
Findings
The direct coupling influences monopole configurations in curved space.
Comparison shows differences from gravity-only interaction models.
New potential term alters monopole stability and structure.
Abstract
We study the direct interaction between global and local monopoles. While in two previous papers, the coupling between the two sectors was only indirect through the coupling to gravity, we here introduce a new term in the potential that couples the Goldstone field and the Higgs field directly. We investigate the influence of this term in curved space and compare it to the results obtained previously.
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