We briefly discuss the present status of models of neutrino mixing. Among the existing viable options we review the virtues of Bimaximal Mixing (that could be implemented by an $S_4$ discrete symmetry), corrected by terms arising from the charged lepton mass diagonalization. In particular in a GUT formulation the property of quark lepton "weak" complementarity can be naturally realized. We discuss in some detail two new versions of particular GUT models, one based on $SU(5)$ and one on $SO(10)$ and the associated phenomenology. We compare these approaches based on symmetry to models based on chance, like Anarchy or $U(1)_FN$
In view of the fact that the data on neutrino mixing are stillcompatible with a situation where Bima...
We construct and present a model for leptonic mixing based on higher-dimensional operators, using th...
Both Grand Unified symmetries and discrete flavour symmetries are appealing ways to describe apparen...
We briefly discuss the present status of models of neutrino mixing. Among the existing viable optio...
In the framework of the minimum supersymmetric model with right-handed neutrinos, we consider the Bi...
The neutrino oscillation data find a good approximation in the so-called tri-bimaximal pattern. Rece...
In view of the fact that the data on neutrino mixing are still compatible with a situation where Bim...
In view of the fact that the data on neutrino mixing are still compatible with a situation where Bim...
The neutrino mixing matrix U is in general of the form , where Ue arises from the diagonalization of...
In this topical review we argue that neutrino mass and mixing data motivates extending the Standard ...
We show that in see-saw models with bimaximal lepton mixing at the GUT scale and with zero CP phases...
The data on neutrino mixing are at present compatible with Tri-Bimaximal (TB) mixing. If one takes t...
Both Grand Unified symmetries and discrete flavour symmetries are appealing ways to describe apparen...
We present a model for leptonic mixing and the lepton masses based on flavor symmetries and higher-d...
Assuming grand unified theory (GUT) and supersymmetry, we propose a simple model which can consisten...
In view of the fact that the data on neutrino mixing are stillcompatible with a situation where Bima...
We construct and present a model for leptonic mixing based on higher-dimensional operators, using th...
Both Grand Unified symmetries and discrete flavour symmetries are appealing ways to describe apparen...
We briefly discuss the present status of models of neutrino mixing. Among the existing viable optio...
In the framework of the minimum supersymmetric model with right-handed neutrinos, we consider the Bi...
The neutrino oscillation data find a good approximation in the so-called tri-bimaximal pattern. Rece...
In view of the fact that the data on neutrino mixing are still compatible with a situation where Bim...
In view of the fact that the data on neutrino mixing are still compatible with a situation where Bim...
The neutrino mixing matrix U is in general of the form , where Ue arises from the diagonalization of...
In this topical review we argue that neutrino mass and mixing data motivates extending the Standard ...
We show that in see-saw models with bimaximal lepton mixing at the GUT scale and with zero CP phases...
The data on neutrino mixing are at present compatible with Tri-Bimaximal (TB) mixing. If one takes t...
Both Grand Unified symmetries and discrete flavour symmetries are appealing ways to describe apparen...
We present a model for leptonic mixing and the lepton masses based on flavor symmetries and higher-d...
Assuming grand unified theory (GUT) and supersymmetry, we propose a simple model which can consisten...
In view of the fact that the data on neutrino mixing are stillcompatible with a situation where Bima...
We construct and present a model for leptonic mixing based on higher-dimensional operators, using th...
Both Grand Unified symmetries and discrete flavour symmetries are appealing ways to describe apparen...
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