On classification of extremal non-holomorphic conformal field theories
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Tener, James E.
Wang, Zhenghan
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Rational chiral conformal field theories are organized according to their genus, which consists of a modular tensor category C and a central charge c. A longterm goal is to classify unitary rational conformal field theories based on a classification of unitary modular tensor categories. We conjecture that for any unitary modular tensor category C, there exists a unitary chiral conformal field theory V so that its modular tensor category CV is C. In this paper, we initiate a mathematical program in and around this conjecture. We define a class of extremal vertex operator algebras with minimal conformal dimensions as large as possible for their central charge, and non-trivial representation theory. We show that there are finitely many different characters of extremal vertex operator algebras V possessing at most three different irreducible modules. Moreover, we list all of the possible characters for such vertex operator algebras with c ≤ 48.
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Journal of Physics A: Mathematical and Theoretical
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