What Becomes of Semilocal non-Abelian Strings in Supersymmetric QCD
arXiv:1810.07149 · doi:10.1103/PhysRevD.98.094033
Abstract
We study non-Abelian vortex strings in supersymmetric QCD with the gauge group U deformed by the mass of the adjoint matter. This deformation breaks supersymmetry down to and in the limit of large the theory flows to QCD. Non-Abelian strings in addition to translational zero modes have orientation moduli. In the limit of small the dynamics of orientational moduli is described by the two dimensional model for QCD with flavors of quark hypermultiplets. For the case of the non-Abelian string becomes semilocal developing additional size moduli which modify the effective two dimensional -model on the string making its target space non-compact. In this paper we consider the -deformed theory with eventually making large. We show that size moduli develop a potential that forces the string transverse size to shrink. Eventually in the large limit size moduli decouple and the effective theory on the string reduces to the model. We also comment on physics of confined monopoles.
arXiv comment15 pages; minor changes introduced
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