Mixing and 1-loop flavor structure of fermionic currents in the Standard Model of electroweak interactions

Details Mixing and 1-loop flavor structure of fermionic currents in the Standard Model of electroweak interactions Mixing and 1-loop flavor structure of fermionic currents in the Standard Model of electroweak interactions

2012-03-27

arxiv.org/abs/1203.5902v1

Physics

High Energy Physics

High Energy Physics - Phenomenology

8 pages

Scientific paper

We show that, unlike mass matrices, the fermionic gauge currents of the Standard Model exhibit, at the quantum level, remarkable SU(2)_f flavor properties at the observed values of the mixing angles. They accommodate all measured mixing for three families of quarks, and, for neutrinos, maximal theta_{23}, quark-lepton complementarity tan(2 theta_c)=1/2 <--> \tan (2 theta_{12})=2, and a not so small sin^2(2 theta_{13}) = .267 within the present 90% c.l. interval of the T2K experiment.

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