Unificaxion

Abstract

Dark matter, gauge coupling unification, and the strong CP problem find a common and simple solution (in the absence of naturalness) within axion models. We show that such solution, even without specifying the details of the model implementation, makes testable predictions for the experimentally measurable axion parameters: the axion mass and its coupling to photons.

16 pages, 5 figures

References in corpus (1)

• Probing High-Scale and Split Supersymmetry with Higgs Mass Measurements

Cited by in corpus (20)

• The QCD axion, precisely
• The landscape of QCD axion models
• Redefining the Axion Window
• The Axiflavon
• A non Supersymmetric SO(10) Grand Unified Model for All the Physics below $M_{GUT}$
• CAST constraints on the axion-electron coupling
• Experimental Targets for Photon Couplings of the QCD Axion
• Composite Accidental Axions
• The Higgs Mass as a Signature of Heavy SUSY
• Vector-like Singlet Quarks: a Roadmap
• The Minimal Flavour Violating Axion
• Split Dirac Supersymmetry: An Ultraviolet Completion of Higgsino Dark Matter
• The Higgs: so simple yet so unnatural
• Axion Couplings in Grand Unified Theories
• Probing naturally light singlets with a displaced vertex trigger
• Unification of Gauge Couplings in the Standard Model with Extra Vector-like Families
• Axion-Higgs Unification
• The Minimal Axion Minimal Linear $\sigma$ Model
• Coupling Unification and Dark Matter in a Standard Model Extension with Adjoint Majorana Fermions
• Window for preferred axion models