Empirical Neutrino Mass Matrix Related to Up-Quark Masses
arXiv:0803.3101 · doi:10.1088/0954-3899/35/12/125004
Abstract
Based on an approach to quark and lepton masses, where the mass spectra originate in vacuum expectation values of U(3) flavor nonet (gauge singlet) scalars, neutrino masses and mixing are investigated. As an offshoot of this approach, it is found that an empirical neutrino mass matrix which is described in terms of the up-quark and charged lepton masses can accommodate to a nearly tribimaximal mixing.
arXiv comment12 pages, 2 figures, version to appear in J.Phys.G
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Cited by in corpus (6)
- Charged Lepton Mass Relations in a Supersymmetric Yukawaon Model
- Family Gauge Symmetry as an Origin of Koide's Mass Formula and Charged Lepton Spectrum
- Phenomenological Meaning of a Neutrino Mass Matrix Related to Up-Quark Masses
- Flavon VEV Scales in U(3)U(3) Model
- Quark and Lepton Mass Matrices Described by Charged Lepton Masses
- A modified version of the Koide formula from flavor nonets in a scalar potential model and in a Yukawaon model