Wilson Loops in 2D Yang Mills: Euler characters and Loop equations
arXiv:hep-th/9412110 · doi:10.1142/S0217751X96001838
Abstract
We give a simple diagrammatic algorithm for writing the chiral large expansion of intersecting Wilson loops in and Yang Mills theory in terms of symmetric groups, generalizing the result of Gross and Taylor for partition functions. We prove that these expansions compute Euler characters of a space of holomorphic maps from string worldsheets with boundaries. We prove that the Migdal-Makeenko equations hold for the chiral theory and show that they can be expressed as linear constraints on perturbations of the chiral partition functions. We briefly discuss finite , the non-chiral expansion, and higher dimensional lattice models.
55 pages, harvmac, 35 figures
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