Logarithmic Intertwining Operators and Genus-One Correlation Functions
arXiv:1602.03250 · doi:10.1142/S0219199716500267
Abstract
This is the first of two papers in which we study the modular invariance of pseudotraces of logarithmic intertwining operators. We construct and study genus-one correlation functions for logarithmic intertwining operators among generalized modules over a positive-energy and -cofinite vertex operator algebra . We consider grading-restricted generalized -modules which admit a right action of some associative algebra , and intertwining operators among such modules which commute with the action of (-intertwining operators). We obtain duality properties, i.e., suitable associativity and commutativity properties, for -intertwining operators. Using pseudotraces introduced by Miyamoto and studied by Arike, we define formal -traces of products of -intertwining operators, and obtain certain identities for these formal series. This allows us to show that the formal -traces satisfy a system of differential equations with regular singular points, and therefore are absolutely convergent in a suitable region and can be extended to yield multivalued analytic functions, called genus-one correlation functions. Furthermore, we show that the space of solutions of these differential equations is invariant under the action of the modular group.
References in corpus (3)
Cited by in corpus (7)
- Logarithmic conformal field theory, log-modular tensor categories and modular forms
- Convergence of Sewing Conformal Blocks
- Associative algebras and intertwining operators
- On rationality for -cofinite vertex operator algebras
- Analytic Conformal Blocks of -cofinite Vertex Operator Algebras II: Convergence of Sewing and Higher Genus Pseudo--traces
- Representation theory of vertex operator algebras and orbifold conformal field theory
- Intertwining operators among twisted modules associated to not-necessarily-commuting automorphisms