Four-dimensional Lens Space Index from Two-dimensional Chiral Algebra
arXiv:1710.06029 · doi:10.1007/JHEP07(2018)073
Abstract
We study the supersymmetric partition function on , or the lens space index of four-dimensional superconformal field theories and their connection to two-dimensional chiral algebras. We primarily focus on free theories as well as Argyres-Douglas theories of type and . We observe that in specific limits, the lens space index is reproduced in terms of the (refined) character of an appropriately twisted module of the associated two-dimensional chiral algebra or a generalized vertex operator algebra. The particular twisted module is determined by the choice of discrete holonomies for the flavor symmetry in four-dimensions.
47 pages; v2: minor corrections, published version
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- Schur sector of Argyres-Douglas theory and -algebra
- A 2d (0,2) appetizer
- Vanishing OPE Coefficients in 4d N=2 SCFTs
- Classification of large N superconformal gauge theories with a dense spectrum
- On dimensional reduction of 4d N=1 Lagrangians for Argyres-Douglas theories
- OPE Selection Rules for Schur Multiplets in 4D Superconformal Field Theories
- Testing Macdonald Index as a Refined Character of Chiral Algebra
- Closed form fermionic expressions for the Macdonald index
- The Chiral Algebra of Genus Two Class Theory
- Lens space index and global properties for 4d N = 2 models