Wilson Loops in Large N QCD on a Sphere

Abstract

Wilson loop averages of pure gauge QCD at large N on a sphere are calculated by means of Makeenko-Migdal loop equation.

Phys.Lett.B329 (1994) 338 (minor corrections in accordance to published version, several Latex figures are removed and available upon request)

References in corpus (4)

• Two Dimensional QCD is a String Theory
• Two Dimensional QCD as a String Theory
• Twists and Wilson Loops in the String Theory of Two Dimensional QCD
• Large-N quantum gauge theories in two dimensions

Cited by in corpus (14)

• Large N Phase Transitions and Multi-Critical Behaviour in Generalized 2D QCD
• Junctions and the Fate of Branes in External Fields
• Evaluation of the Free Energy of Two-Dimensional Yang-Mills Theory
• Large-N Universality of the Two-Dimensional Yang-Mills String
• Large-N behavior of the Wilson loops of generalized two-dimensional Yang-Mills theories
• More on Phase Structure of Nonlocal 2D Generalized Yang-Mills Theories (nlgYM${}_2$'s)
• Field Strength Correlators For 2D Yang-Mills Over Riemann Surfaces
• Loop Equation and Exact Soft Anomalous Dimension in N=4 Super Yang-Mills
• The Master Field For 2D QCD On The Sphere
• A new large N phase transition in YM2
• Non-local 2D Generalized Yang-Mills theories on arbitrary surfaces with boundary
• Large-N limit of the two-dimensinal Non-Local Yang-Mills theory on arbitrary surfaces with boundary
• One-dimensional dynamics of QCD2 string
• Large-N limit of non-local 2D generalized Yang-Mills theories on non-orientable surface