Non-Simply Laced Class-S Vertex Operator Algebras
Abstract
In arXiv:1811.01577 the VOAs associated to 4d class-S theories were constructed in addition to a generalization for non-simply laced Lie algebras. However, 6d (2,0) theories have an ADE classification, and therefore class-S theories which are engineered by them come in ADE types. Thus, these non-simply laced VOAs are not thought to correspond to 4d physical theories. Regardless, we analyze these VOAs and their Drinfeld-Sokolov reductions in an effort to determine their properties. We find that many of these reduced VOAs appear to correspond to actual 4d SCFTs. Additionally, we find what appear to be instanton VOAs, and hence from the proposal of arXiv:2201.13435 these correspond to 3d quiver gauge theories whose Coulomb branches are instanton moduli spaces. Using a construction of twisted class-S VOAs from non-simply laced ones, we find additional evidence that the instanton VOAs do not correspond to four-dimensional field theories and outline an analogous argument for the instanton case. Our method appears to be quite general and may be a promising technique for ruling out 4d origins of VOAs that are similar to those of 4d SCFTs, in addition to constructing VOAs of actual 4d theories.
Keywords
Cite
@article{arxiv.2410.00735,
title = {Non-Simply Laced Class-S Vertex Operator Algebras},
author = {Grant Elliot},
journal= {arXiv preprint arXiv:2410.00735},
year = {2024}
}
Comments
30 pages + references, 13 figures, and 8 tables