Lessons from the Ramond sector
arXiv:2005.02394 · doi:10.21468/SciPostPhys.9.5.065
Abstract
We revisit the consistency of torus partition functions in (1+1) fermionic conformal field theories, combining traditional ingredients of modular invariance/covariance with a modernized understanding of bosonization/fermionization dualities. Various lessons can be learned by simply examining the oft-ignored Ramond sector. For several extremal/kinky modular functions in the bootstrap literature, we can either rule out or identify the underlying theory. We also revisit the Maloney-Witten partition function by calculating the spectrum in the Ramond sector, and further extending it to include the modular sum of seed Ramond characters. Finally, we perform the full RNS modular bootstrap and obtain new universal results on the existence of relevant deformations preserving different amounts of supersymmetry.
arXiv comment23+12 pages, 9 figures, 3 tables, v2: minor changes
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