Infinite Conformal Algebras in Supersymmetric Theories on Four Manifolds
arXiv:hep-th/9407109 · doi:10.1016/0550-3213(94)00408-7
Abstract
We study a supersymmetric theory twisted on a Kähler four manifold where are 2D Riemann surfaces. We demonstrate that it possesses a "left-moving" conformal stress tensor on () in a BRST cohomology, which generates the Virasoro algebra with the conventional commutation relations. The central charge of the Virasoro algebra has a purely geometric origin and is proportional to the Euler characteristic $\c$ of the () surface. It is shown that this construction can be extended to include a realization of a Kac-Moody algebra in BRST cohomology with a level proportional to the Euler characteristic This structure is shown to be invariant under renormalization group. A representation of the algebra in terms of a free chiral supermultiplet is also given. We discuss the role of instantons and a possible relation between the dynamics of 4D Yang-Mills theories and those of 2D sigma models.
NBI-HE-94-34, Latex, 57 pages
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