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New Physics from Regularities
of the Many Standard Model Free Parameters
Presented at
ICHEP2016 LHC
results show no new physics at available energies and support further the Standard
Model and increase the SM range of validity. It implicitly suggests to pay more
attention to semi-empirical phenomenology for solving inner SM problems related
especially to flavor sector and especially to neutrino physics. Large neutrino
mixing phenomenon, Bimaximal at leading approximation, is “miraculously” similar
to the data features of relatively large masses of Tau lepton and Top and
Bottom quarks – also ‘Bimaximal’ mass hierarchies at leading approximations. Those
empirical phenomena persistently suggest the idea of SM particle flavor-geometric
mass and mixing hierarchy interpretation: at leading approximation the particle
flavor hierarchy-angles obey the same Metric Equation as the vector direction
angles in Euclidean 3-space geometry. Flavor-Geometric Hierarchy Duality at
leading approximation without free parameters naturally predicts 3 elementary
particle flavors by the 3 Euclidean space dimensions. It points to zero
neutrino mass scale with sum of the three neutrino masses equal 0.06 eV, maximal absolute value of Dirac CP-violating phase equal 90 deg at approximation of bimaximal mixing
(despite equal zero CP-violation since the reactor angle Theta_13 vanishes) and small deviations from maximal CP-violation at realistic neutrino mixing in
a model-independent way.
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