Neutrino masses from nonstandard supersymmetry breaking terms

Abstract

Naturally small Majorana neutrino masses arise from nonstandard supersymmetry breaking terms. This mechanism works in the minimal supersymmetric framework and does not require extra particles or new mass scales. It could also be responsible for proton decay even in the absence of Grand Unification.

7 pages, 3 eps figures; important note on baryon number violation added; small editorial changes made

References in corpus (4)

• Neutrino Mass Anarchy
• Non-standard soft supersymmetry breaking
• Dimensionless supersymmetry breaking couplings, flat directions, and the origin of intermediate mass scales
• Anomaly-Induced Gauge Unification and Brane/Bulk Couplings in Gravity-Localized Theories

Cited by in corpus (13)

• Neutrinos and Collider Physics
• Small Neutrino Masses from Supersymmetry Breaking
• Novel constraints on $\Delta L=1$ interactions from neutrino masses
• Dirac Neutrino Masses from Generalized Supersymmetry Breaking
• Probing Non-holomorphic MSSM via precision constraints, dark matter and LHC data
• PeV scale Supersymmetry breaking and the IceCube neutrino flux
• Beyond the standard seesaw: neutrino masses from Kahler operators and broken supersymmetry
• Exploring Non-Holomorphic Soft Terms in the Framework of Gauge Mediated Supersymmetry Breaking
• The Spectrum of the MSSM with Non-Standard Supersymmetry Breaking
• Exploring Charge and Color Breaking vacuum in Non-Holomorphic MSSM
• Neutrino masses from SUSY breaking in radiative seesaw models
• Gaugino-induced quark and lepton masses in a truly minimal left-right model
• 3- and 2-body supersymmetric processes: predictions, challenges and prospectives