Flavors of Supersymmetry Beyond Vanilla
Jared A. Evans
TL;DR
This review explores various non-traditional supersymmetry models that evade current LHC constraints, emphasizing naturalness and potential detection improvements.
Contribution
It provides a comprehensive survey of SUSY models beyond the MSSM, focusing on mechanisms that weaken or bypass collider constraints.
Findings
Models with Dirac gluinos and compressed spectra can evade LHC bounds.
Flavor-violating squarks and R-parity violation offer alternative SUSY signatures.
Stealth sectors and exotic objects present new detection opportunities.
Abstract
This review surveys the territory of supersymmetry beyond the vanilla MSSM. With a viewpoint guided by electroweak naturalness, the review focuses on constructions that weaken or bypass current LHC constraints. Models of SUSY containing Dirac gluinos, compressed spectra, flavor-violating squarks, R-parity violation, stealth sectors, exotic detector objects, and more are discussed. In addition to presenting ways of hiding SUSY, these models highlight a few opportunities to improve LHC coverage.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Dark Matter and Cosmic Phenomena · Particle Detector Development and Performance