Minimal Gaugomaly Mediation

Abstract

Mixed anomaly and gauge mediation ("gaugomaly'' mediation) gives a natural solution to the SUSY flavor problem with a conventional LSP dark matter candidate. We present a minimal version of gaugomaly mediation where the messenger masses arise directly from anomaly mediation, automatically generating a messenger scale of order 50 TeV. We also describe a simple relaxation mechanism that gives rise to realistic mu and B mu terms. B is naturally dominated by the anomaly-mediated contribution from top loops, so the mu/B mu sector only depends on a single new parameter. In the minimal version of this scenario the full SUSY spectrum is determined by two continuous parameters (the anomaly- and gauge-mediated SUSY breaking masses) and one discrete parameter (the number of messengers). We show that these simple models can give realistic spectra with viable dark matter.

18 pages, 4 figures; v2: corrected example generating non-holomorphic Kahler terms

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• Gaugomaly Mediation Revisited
• Radiative natural SUSY spectrum from deflected AMSB scenario with messenger-matter interactions
• (Extra)Ordinary Gauge/Anomaly Mediation
• Analytical Soft SUSY Spectrum in Mirage-Type Mediation Scenarios
• Singlet deflected anomaly/gauge mediation
• NMSSM with generalized deflected mirage mediation
• Kinetically-Enhanced Anomaly Mediation
• When Anomaly Mediation is UV Sensitive
• ExtraOrdinary Gauge Mediation Extension of deflected AMSB