We present a complete analysis of the fermion masses and mixing matrices in the framework of the little flavon model. In this model textures are generated by coupling the fermions to scalar fields, the little flavons, that are pseudo-Goldstone bosons of the breaking of a global SU(6) symmetry. The Yukawa couplings arise from the vacuum expectation values of the flavon fields, their sizes controlled by a potential a la Coleman-Weinberg. Quark and lepton mass hierarchies and mixing angles are accomodated within the effective approach in a natural manner
In models with abelian flavor symmetry the small mixing angles and mass ratios of quarks and leptons...
We suggest a model which addresses both the fermion mass hierarchy problem and the family problem in...
This thesis consists of implementing flavor symmetries in the context of extra dimensions. To the pa...
We construct a complete 4d model of fermion masses and mixings in the Pati-Salam SU(4)SU(2)LSU(2)R f...
There is now convincing evidence that the Standard Model of electroweak and strong interactions is n...
As a minimal theory of fermion masses we extend the SM by heavy vectorlike fermions, with flavor-ana...
A systematic discussion of the structure of fermion mass matrices in terms of quantum numbers is pre...
As a minimal theory of fermion masses we extend the SM by heavy vectorlike fermions, with flavor-ana...
In models with discrete flavour symmetries, flavons are critical to realise specific flavour structu...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
We give an overview of recent progress in the study of fermion mass and flavor mixing phenomena. Mas...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
In models with abelian flavor symmetry the small mixing angles and mass ratios of quarks and leptons...
We suggest a model which addresses both the fermion mass hierarchy problem and the family problem in...
This thesis consists of implementing flavor symmetries in the context of extra dimensions. To the pa...
We construct a complete 4d model of fermion masses and mixings in the Pati-Salam SU(4)SU(2)LSU(2)R f...
There is now convincing evidence that the Standard Model of electroweak and strong interactions is n...
As a minimal theory of fermion masses we extend the SM by heavy vectorlike fermions, with flavor-ana...
A systematic discussion of the structure of fermion mass matrices in terms of quantum numbers is pre...
As a minimal theory of fermion masses we extend the SM by heavy vectorlike fermions, with flavor-ana...
In models with discrete flavour symmetries, flavons are critical to realise specific flavour structu...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
We give an overview of recent progress in the study of fermion mass and flavor mixing phenomena. Mas...
We discuss a toy model in six dimensions that predicts two fermion generations, natural mass hierarc...
In models with abelian flavor symmetry the small mixing angles and mass ratios of quarks and leptons...
We suggest a model which addresses both the fermion mass hierarchy problem and the family problem in...
This thesis consists of implementing flavor symmetries in the context of extra dimensions. To the pa...