AbstractThe non-zero and sizable value of Ue3 puts pressure on flavor symmetry models which predict an initially vanishing value. Hence, the tradition of relating fermion mixing matrix elements with fermion mass ratios might need to be resurrected. We note that the recently observed non-vanishing value of Ue3 can be related numerically to the ratio of solar and atmospheric mass-squared differences. The most straightforward realization of this can be achieved with a combination of texture zeros and a vanishing neutrino mass. We analyze the implications of some of these possibilities and construct explicit flavor symmetry models that predict these features
Abstract We present a numeric method for the analysis of the fermion mass matrices predicted in flav...
It is shown that the neutrino mass matrices in the flavour basis yielding a vanishing $U_{e3}$ are c...
Here we propose an A(4) flavor symmetry model that implies a lower bound on the neutrinoless double ...
AbstractThe non-zero and sizable value of Ue3 puts pressure on flavor symmetry models which predict ...
We demonstrate that under the "symmetric zero texture" with minimal Majorana mass matrix, neutrino m...
Best-fit values of recent global analyzes of neutrino data imply large solar neutrino mixing, vanish...
In this paper, we carry out a numerical and systematic analysis of the neutrino mass textures, which...
It is shown that the neutrino mass matrices in the flavour basis yielding a vanishing Ue3 are charac...
I attempt to quantify how far from maximal one should expect the atmospheric mixing angle to be give...
AbstractWe make a general study of possibility of generating solar scale Δ⊙ and the CHOOZ angle Ue3 ...
AbstractWe construct a model that allows us to determine the three neutrino masses and the mass matr...
This work proposes two models of neutrino masses that predict non-zero θ 13 under the non-Abelian di...
We make a general study of possibility of generating solar scale Δ⊙ and the CHOOZ angle Ue3 radiativ...
We present a detailed analysis and phenomenological consequences of neutrino mass matrix, MνMν, with...
AbstractAmong neutrino mixings, the reactor mixing angle, θ13, is observed to be almost vanishing an...
Abstract We present a numeric method for the analysis of the fermion mass matrices predicted in flav...
It is shown that the neutrino mass matrices in the flavour basis yielding a vanishing $U_{e3}$ are c...
Here we propose an A(4) flavor symmetry model that implies a lower bound on the neutrinoless double ...
AbstractThe non-zero and sizable value of Ue3 puts pressure on flavor symmetry models which predict ...
We demonstrate that under the "symmetric zero texture" with minimal Majorana mass matrix, neutrino m...
Best-fit values of recent global analyzes of neutrino data imply large solar neutrino mixing, vanish...
In this paper, we carry out a numerical and systematic analysis of the neutrino mass textures, which...
It is shown that the neutrino mass matrices in the flavour basis yielding a vanishing Ue3 are charac...
I attempt to quantify how far from maximal one should expect the atmospheric mixing angle to be give...
AbstractWe make a general study of possibility of generating solar scale Δ⊙ and the CHOOZ angle Ue3 ...
AbstractWe construct a model that allows us to determine the three neutrino masses and the mass matr...
This work proposes two models of neutrino masses that predict non-zero θ 13 under the non-Abelian di...
We make a general study of possibility of generating solar scale Δ⊙ and the CHOOZ angle Ue3 radiativ...
We present a detailed analysis and phenomenological consequences of neutrino mass matrix, MνMν, with...
AbstractAmong neutrino mixings, the reactor mixing angle, θ13, is observed to be almost vanishing an...
Abstract We present a numeric method for the analysis of the fermion mass matrices predicted in flav...
It is shown that the neutrino mass matrices in the flavour basis yielding a vanishing $U_{e3}$ are c...
Here we propose an A(4) flavor symmetry model that implies a lower bound on the neutrinoless double ...