On the Witten index of 3d unitary SQCD with general CS levels
arXiv:2305.00534 · doi:10.21468/SciPostPhys.15.3.085
Abstract
We consider unitary SQCD, a three-dimensional supersymmetric Chern-Simons-matter theory consisting of one vector multiplet coupled to fundamental and antifundamental chiral multiplets, where and parameterise generic CS levels for . We study the moduli space of vacua of this theory with , for generic values of the parameters and with a non-zero Fayet-Ilopoulos parameter turned on. We uncover a rich pattern of vacua including Higgs, topological and hybrid phases. This allows us to derive a closed-form formula for the flavoured Witten index of unitary SQCD for any , generalising previously known results for either or . Finally, we analyse the vacuum structure of recently proposed infrared-dual gauge theories and we match vacua across the dualities, thus providing intricate new checks of those dualities. Incidentally, we also discuss a seemingly new level/rank duality for pure CS theories with gauge group.
37 pages+appendix; v2: corrected typos and references; v3: small clarifications after feedback from SciPost referees
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