2020
DOI: 10.1103/physrevd.102.074005
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BPS strings and the stability of the asymptotic Casimir law in adjoint flavor-symmetric Yang-Mills-Higgs models

Abstract: We investigate an effective flavor-symmetric Yang-Mills-Higgs model with N 2 − 1 adjoint scalar fields. We find a set of Bogomol'nyi-Prasad-Sommerfield equations that provide vortex solutions and calculate their energies for arbitrary representations. We show that, for a given N-ality k, the energy of the corresponding antisymmetric representation is the lowest. This completes the proof that this model is able to reproduce a Casimir law for the string tension at asymptotic distances.

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Cited by 3 publications
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“…In [73][74][75], we investigated a possible model containing N 2 − 1 real adjoint scalar fields ψ I and Ad(SU(N)) flavor symmetry,…”
Section: Analysis Of the Saddle Point In 4dmentioning
confidence: 99%
“…In [73][74][75], we investigated a possible model containing N 2 − 1 real adjoint scalar fields ψ I and Ad(SU(N)) flavor symmetry,…”
Section: Analysis Of the Saddle Point In 4dmentioning
confidence: 99%