On the Moduli Space of SU(3) Seiberg-Witten Theory with Matter
Brett J. Taylor
TL;DR
This paper models the Coulomb branch of SU(3) N=2 SQCD with matter, revealing increased complexity from extra BPS states and refining the pure SU(3) spectrum analysis.
Contribution
It provides a qualitative model of the moduli space with matter, extending previous pure gauge results to include matter effects and BPS state proliferation.
Findings
Similar structure to pure case away from double cores
Additional BPS states due to matter
Refined pure SU(3) spectrum model
Abstract
We present a qualitative model of the Coulomb branch of the moduli space of low-energy effective N=2 SQCD with gauge group SU(3) and up to five flavours of massive matter. Overall, away from double cores, we find a situation broadly similar to the case with no matter, but with additional complexity due to the proliferation of extra BPS states. We also include a revised version of the pure SU(3) model which can accommodate just the orthodox weak coupling spectrum.
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