Modular Constraints on Superconformal Field Theories
arXiv:1811.00976 · doi:10.1007/JHEP01(2019)209
Abstract
We constrain the spectrum of and superconformal field theories in two-dimensions by requiring the NS-NS sector partition function to be invariant under the congruence subgroup of the full modular group . We employ semi-definite programming to find constraints on the allowed spectrum of operators with or without charges. Especially, the upper bounds on the twist gap for the non-current primaries exhibit interesting peaks, kinks, and plateau. We identify a number of candidate rational (S)CFTs realized at the numerical boundaries and find that they are realized as the solutions to modular differential equations associated to . Some of the candidate theories have been discussed by Höhn in the context of self-dual extremal vertex operator (super)algebra. We also obtain bounds for the charged operators and study their implications to the weak gravity conjecture in AdS.
arXiv comment50 pages, 16 figures
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