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Title

A Comprehensive Mechanism Reproducing the Mass and Mixing Parameters of Quarks and Leptons

AuthorsBaker, Michael J. ; Bordes, José ; Hong-Mo, Chan; Tsun, Tsou Sheung
KeywordsCP phase
CKM matrix
PMNS matrix
Fermion masses
Issue Date30-Jun-2013
PublisherWorld Scientific Publishing
CitationInternational Journal of Modern Physics A (28): UNSP 1350070 (2013)
AbstractIt is shown that if, from the starting point of a universal rank-one mass matrix long favored by phenomenologists, one adds the assumption that it rotates (changes its orientation in generation space) with changing scale, one can reproduce, in terms of only six real parameters, all the 16 mass ratios and mixing parameters of quarks and leptons. Of these 16 quantities so reproduced, 10 for which data exist for direct comparison (i.e. the CKM elements including the CP-violating phase, the angles theta(12), theta(13), theta(23) in nu-oscillation, and the masses m(c), m(mu), m(e)) agree well with experiment, mostly to within experimental errors; four others (m(s), m(u), m(d), m(nu 2)), the experimental values for which can only be inferred, agree reasonably well; while two others (m(nu 1), delta(CP) for leptons), not yet measured experimentally, remain as predictions. In addition, one gets as bonuses, estimates for (i) the right-handed neutrino mass m(nu R) and (ii) the strong CP angle theta inherent in QCD. One notes in particular that the output value for sin(2) 2 theta(13) from the fit agrees very well with recent experiments. By inputting the current experimental value with its error, one obtains further from the fit two new testable constraints: (i) that theta(23) must depart from its "maximal" value: sin(2) 2 theta(23) similar to 0.935 +/- 0.021, (ii) that the CP-violating (Dirac) phase in the PMNS would be smaller than in the CKM matrix: of order only vertical bar sin delta(CP)vertical bar <= 0.31 if not vanishing altogether.
Publisher version (URL)http://dx.doi.org/10.1142/S0217751X1350070X
URIhttp://hdl.handle.net/10261/108642
DOI10.1142/S0217751X1350070X
ISSN0217-751X
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