Renormalizability of N = 1 super Yang-Mills theory in Landau gauge with a Stueckelberg-like field

We construct a vector gauge invariant transverse field configuration V^H, consisting of the well-known superfield V and of a Stueckelberg-like chiral superfield Ξ. The renormalizability of the Super Yang Mills action in the Landau gauge is analyzed in the presence of a gauge invariant mass term m² ∫ dV M(V^H), with M(V^H) a power series in V^H. Unlike the original Stueckelberg action, the resulting action turns out to be renormalizable to all orders. (orig.)