Schwinger-Dyson Equation for Supersymmetric Yang-Mills Theory : Manifestly Supersymmetric Form : Particles and Fields

概要

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We study our Schwinger-Dyson equation as well as the large N_c loop equation for the supersymmetric Yang-Mills theory in four dimensions with the N=1 superspace Wilson-loop variable. We are successful in deriving a new manifestly supersymmetric form in which a loop splitting and joining are represented by a manifestly supersymmetric as well as supergauge invariant operation in superspace. This is found to be a natural extension of the abelian case. We solve the equation to leading order in perturbation theory or equivalently in the linearized approximation, obtaining a desirable nontrivial result. The super Wilson-loop variable can be represented as the system of a one-dimensional fermion along the loop coupled minimally to the original theory. One-loop renormalization of the one-point Wilson-loop average is explicitly carried out, exploiting this property. The picture of string dynamics obtained is briefly discussed.
1997-06-25