A rigorous derivation of Dijkgraaf's master equation for chiral torus deformations, built from a vertex algebra contact term algebra and modified A-cycle integrals.
Conformal Field Theory Techniques in Large N Yang-Mills Theory
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abstract
Following some motivating comments on large N two-dimensional Yang-Mills theory, we discuss techniques for large N group representation theory, using quantum mechanics on the group manifold U(N), its equivalence to a quasirelativistic two-dimensional free fermion theory, and bosonization. As applications, we compute the free energy for two-dimensional Yang-Mills theory on the torus to O(1/N^2), and an interesting approximation to the leading answer for the sphere. We discuss the question of whether the free energy for the torus has R -> 1/R invariance. A substantially revised version of hep-th/9303159 with many new results.
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Contact Term Algebras and Dijkgraaf's Master Equation
A rigorous derivation of Dijkgraaf's master equation for chiral torus deformations, built from a vertex algebra contact term algebra and modified A-cycle integrals.