CANONICAL NONABELIAN DUAL TRANSFORMATIONS IN SUPERSYMMETRIC FIELD THEORIES
arXiv:hep-th/9502126 · doi:10.1103/PhysRevD.52.R573
Abstract
A generating functional is found for a canonical nonabelian dual transformation which maps the supersymmetric chiral O(4) -model to an equivalent supersymmetric extension of the dual -model. This produces a mapping between the classical phase spaces of the two theories in which the bosonic (coordinate) fields transform nonlocally, the fermions undergo a local tangent space chiral rotation, and all currents (fermionic and bosonic) mix locally. Purely bosonic curvature-free currents of the chiral model become a {\em symphysis} of purely bosonic and fermion bilinear currents of the dual theory. The corresponding transformation functional which relates wavefunctions in the two quantum theories is argued to be {\em exactly} given by .
5 pages, Revtex
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