Supersymmetric extensions and dark matter in models of warped Higgsless electroweak symmetry breaking

Abstract

We introduce a minimal supersymmetric extension of a Higgsless model for electroweak symmetry breaking in a warped extra dimension. In contrast to the nonsupersymmetric version, our model naturally contains a candidate for cold dark matter. No Kaluza-Klein parity is required, because its stability is guaranteed by an $R$-parity. We discuss the regions in parameter space that are compatible with the observed dark matter content of our Universe and are allowed by electroweak precision measurements as well as direct searches.