TL;DR
This paper develops a holographic model for spontaneous supersymmetry breaking, enabling the calculation of soft masses, scattering cross sections, and form factors within a four-dimensional effective framework.
Contribution
It introduces a novel holographic approach to model spontaneous supersymmetry breaking, connecting bulk theories to four-dimensional effective actions.
Findings
Enables computation of soft supersymmetry breaking masses
Provides a method to calculate scattering cross sections
Determines form factors of vector mesons
Abstract
We construct a holographic model of spontaneous supersymmetry breaking in analogy to AdS/QCD models. Integrating out the bulk theory one obtains an entirely four dimensional effective action that encodes spontaneous supersymmetry breaking effects, coupled to external sources. Using only this four dimensional action it is possible to compute soft masses, scattering cross sections and determine the form factors of vector mesons. This construction lends itself to a more natural comparison with operator product expansions.
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