Anomalous dimensions of monopole operators in scalar QED with Chern-Simons term
arXiv:2102.07377 · doi:10.1007/JHEP07(2021)034
Abstract
We study monopole operators with the lowest possible topological charge at the infrared fixed point of scalar electrodynamics in dimension (scalar QED) with complex scalars and Chern-Simons coupling . In the large expansion, monopole operators in this theory with spins and associated flavor representations are expected to have the same scaling dimension to sub-leading order in . We use the state-operator correspondence to calculate the scaling dimension to sub-leading order with the result , which improves on existing leading order results. We also compute the term that breaks the degeneracy to sub-leading order for monopoles with spins .
arXiv comment21 pages plus appendices, no figures, v3 minor typos fixed
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