TL;DR
This paper introduces a simple, natural model for Dirac gauginos that integrates supersymmetry breaking, extra adjoint fermions, and a high-energy completion based on ISS-like models, providing a comprehensive framework.
Contribution
It presents a novel, complete model for Dirac gauginos incorporating ISS-inspired supersymmetry breaking and extra adjoint fermions within a deconstructed gaugino mediation setup.
Findings
Provides a high-energy completion with ISS-like models.
Demonstrates scalar mass screening allows scalar and gaugino masses to be comparable.
Includes magnetic quarks as the origin of extra adjoint fermions.
Abstract
A simple and natural model is presented that gives Dirac gauginos. The configuration is related to "deconstructed gaugino mediation". A high energy completion is provided based on existing ISS-like models of deconstructed gaugino mediation. This provides a complete picture of Dirac gauginos that includes the necessary extra adjoint fermions (generated as magnetic quarks of the ISS theory) and supersymmetry breaking (via the ISS mechanism). Moreover the screening of the scalar masses means that they can similar to or less than the gaugino masses, even though the supersymmetry breaking is driven by F-terms.
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