Bosonic Rational Conformal Field Theories in Small Genera, Chiral Fermionization, and Symmetry/Subalgebra Duality
arXiv:2303.16921 · doi:10.1063/5.0167192
Abstract
A (1+1)D unitary bosonic rational conformal field theory (RCFT) may be organized according to its genus, a tuple consisting of its central charge and a unitary modular tensor category which describes the (2+1)D topological quantum field theory (TQFT) for which its maximally extended chiral algebra forms a holomorphic boundary condition. We establish a number of results pertaining to RCFTs in "small" genera, by which we informally mean genera with the central charge and the number of primary operators rank both not too large. We start by completely solving the modular bootstrap problem for theories with at most four primary operators. In particular, we characterize, and provide an algorithm which efficiently computes, the function spaces to which the partition function of any bosonic RCFT with rank must belong. Using this result, and leveraging relationships between RCFTs and holomorphic vertex operator algebras which come from "gluing" and cosets, we rigorously enumerate all bosonic theories in of the genera with and rank. This includes as (new) special cases the classification of chiral algebras with three primaries and , and the classification of chiral algebras with four primaries and . We then study two applications of our classification. First, by making use of chiral versions of bosonization and fermionization, we obtain the complete list of purely left-moving fermionic RCFTs with as a corollary of the results of the previous paragraph. Second, using a (conjectural) concept which we call "symmetry/subalgebra duality," we precisely relate our bosonic classification to the problem of determining certain generalized global symmetries of holomorphic vertex operator algebras.
25 pages + appendices, a few small changes made in response to referee suggestions
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Cited by in corpus (6)
- Operator-state correspondence in simple current extended conformal field theories: Toward a general understanding of chiral conformal field theories and topological orders
- Two approaches to the holomorphic modular bootstrap
- Fermionic CFTs from topological boundaries in abelian Chern-Simons theories
- Bridging 4D QFTs and 2D VOAs via 3D high-temperature EFTs
- From vertex operator superalgebras to graded-local conformal nets and back
- Unitarity and strong graded locality of holomorphic vertex operator superalgebras with central charge at most 24