Discrete quotients of 3-dimensional N = 4 Coulomb branches via the cycle index
arXiv:1807.02784 · doi:10.1007/JHEP08(2018)157
Abstract
The study of Coulomb branches of 3-dimensional N=4 gauge theories via the associated Hilbert series, the so-called monopole formula, has been proven useful not only for 3-dimensional theories, but also for Higgs branches of 5 and 6-dimensional gauge theories with 8 supercharges. Recently, a conjecture connected different phases of 6-dimensional Higgs branches via gauging of a discrete global symmetry. On the corresponding 3-dimensional Coulomb branch, this amounts to a geometric -quotient. In this note, we prove the conjecture on Coulomb branches with unitary nodes and, moreover, extend it to Coulomb branches with other classical groups. The results promote discrete -quotients to a versatile tool in the study of Coulomb branches.
v2: 24 pages, matches JHEP version
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- Ungauging Schemes and Coulomb Branches of Non-simply Laced Quiver Theories
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