Bianchi identities for an \(N=2\), \(d=5\) supersymmetric Yang-Mills theory on the group manifold (Q1816951)

Using symmetry arguments and rheonomy the author sets up a general hypothesis for a form of the curvature for an \(N=2\), \(d=5\) supersymmetric Yang-Mills theory. The setting is based on the group manifold approach known from earlier gravity and supergravity models. The resulting Bianchi identities are solved.