Relaxation of the Dynamical Gluino Phase and Unambiguous Electric Dipole Moments

Abstract

We propose a new axionic solution of the strong CP problem with a Peccei-Quinn mechanism using the gluino rather than quarks. The spontaneous breaking of this new global U(1) at 10^{11} GeV also generates the supersymmetry breaking scale of 1 TeV (solving the so-called μproblem at the same time) and results in the MSSM (Minimal Supersymmetric Standard Model) with R parity conservation. In this framework, electric dipole moments become calculable without ambiguity.

Typos corrected and a footnote added, 10 pp

References in corpus (4)

• Large CP Phases and the Cancellation Mechanism in EDMs in SUSY, String and Brane Models
• CP conserving constraints on Supersymmetric CP violation in the MSSM
• CP violation as a probe of flavor origin in Supersymmetry
• Dynamical relaxation of the CP phases in next-to-minimal supersymmetry

Cited by in corpus (13)

• WIMP Dark Matter and Neutrino Mass from Peccei-Quinn Symmetry
• Making Neutrinos Massive with an Axion in Supersymmetry
• The Higgs masses and explicit CP violation in the gluino-axion model
• Ma-xion: Majoron as QCD axion in a radiative seesaw model
• Renormalization Group Invariants in the MSSM and Its Extensions
• The b-quark EDM in SUSY and CP-odd bottomonium formation
• Low-Scale Axion from Large Extra Dimensions
• Axionic Extensions of the Supersymmetric Standard Model
• Gaugino-induced quark and lepton masses in a truly minimal left-right model
• The CP properties of the lightest Higgs boson with sbottom effects
• Common Origin of (-)^L, (-)^{3B}, and Strong CP Conservation
• Gluino Axion, Neutrino Seesaw, Dynamical Gaugino Mass, and A = 0 Supersymmetry
• Baryon number non-conservation as Peccei-Quinn mechanism