Surveying the Phenomenology of General Gauge Mediation
Linda M. Carpenter

TL;DR
This survey examines various weakly coupled multi-parameter gauge mediation models, highlighting their distinct spectra, NLSP diversity, and potential for reduced tuning compared to minimal gauge mediation.
Contribution
It provides a comprehensive comparison of phenomenology, constraints, and tuning across different gauge mediation implementations, emphasizing their differences from minimal models.
Findings
Distinct low energy spectra from minimal gauge mediation
Wide range of NLSPs identified
Spectra are significantly compressed, reducing tuning requirements
Abstract
I explore the phenomenology, constraints and tuning for several weakly coupled implementations of multi-parameter gauge mediation and compare to minimal gauge mediation. The low energy spectra are distinct from that of minimal gauge mediation, a wide range of NLSPs is found and spectra are significantly compressed thus tunings may be generically reduced to a part in 10 to a part in 20.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Noncommutative and Quantum Gravity Theories · Algebraic and Geometric Analysis
