Soft supersymmetry breaking from stochastic superspace
Archil Kobakhidze, Nadine Pesor, Raymond R Volkas
PHYSICAL REVIEW D | AMER PHYSICAL SOC | Published : 2009
We propose a new realization of softly broken supersymmetric theories as theories defined on stochastic superspace. At the classical level, the supersymmetry breaking is parametrized in terms of a single (in general complex) mass parameter, ξ, describing the stochasticity of the Grassmannian superspace coordinates. In the context of the standard model with stochastic supersymmetry, the structure of the soft-breaking terms has various characteristic features that can be tested in LHC experiments. Namely, at the classical level, the Bμ parameter, the universal soft trilinear coupling A0, the universal gaugino mass m1/2, and the universal scalar mass m0 are given solely in terms of ξ; there are..View full abstract
We would like to thank Csaba Balazs, Tony Gherghetta, and Ilia Gogoladze for many valuable discussions and comments on the phenomenology of the minimal model presented here. This work was supported by the Australian Research Council.