Implementing Canonical Seesaw Mechanism in a 3-3-1 Gauge Model without Exotic Electric Charges
arXiv:hep-ph/0605155 · doi:10.1142/S0217732306021566
Abstract
We prove that - even at a low TeV scale - the canonical seesaw mechanism can be naturally implemented in the exact solution of a particular 3-3-1 gauge model, since a very small alteration in the parameter matrix of the Higgs sector is taken into account. Therefore, this new parameter can act as an appropriate mass source for neutrinos, while - due to the main parameter - all the previously achieved results in the exact solution of the model are recovered. Moreover, this mathematical artifice does separate the boson mass spectrum from the neutrino mass issue, hence giving more flexibility in tuning the model. Possible phenomenological results and their implications - such as dark matter plausible candidates that can occur - are also briefly discussed.
arXiv comment7 pages, no figures
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- The Electric Charge Assignment in Gauge Models
- Dimension-five effective operators in electro-weak SU(4)xU(1) gauge models
- Charged and Neutral Currents in a 3-3-1 Model with Right-Handed Neutrinos
- Conserving the lepton number in the exact solution of a 3-3-1 gauge model with right-handed neutrinos
- Charged Bilepton Pair Production at LHC Including Exotic Quark Contribution
- Canonical Seesaw Mechanism in Electro-Weak SU(4)L x U(1)Y Models
- Charges and Mass Spectrum in the Pisano-Pleitez-Frampton 3-3-1 Gauge Model
- Implementing inverse seesaw mechanism in SU(3)xSU(4)xU(1) gauge models
- The exact eigenstates of the neutrino mass matrix without CP-phase violation