AbstractWe propose a scenario that the mass splitting between the first generation of the heavy Majorana neutrino and the other two generations of degenerate heavy neutrinos in the seesaw framework is responsible for the deviation of the solar mixing angle from the maximal mixing, while keeping the maximal mixing between the tau and muon neutrinos as it is. On top of the scenario, we show that the tiny breaking of the degeneracy of the two heavy Majorana neutrinos leads to the non-zero small mixing angle Ue3 in the PMNS matrix and the little deviation of the atmospheric neutrino mixing angle from the maximal mixing
Best-fit values of recent global analyzes of neutrino data imply large solar neutrino mixing, vanish...
We argue that the tri-bimaximal neutrino mixing pattern $V_0$ or its generalized form $V'_0$, which ...
We investigate in a model-independent way to what extent one can perturb tri-bimaximal mixing in ord...
AbstractWe propose a scenario that the mass splitting between the first generation of the heavy Majo...
AbstractA scenario is proposed for bi-large lepton mixing in the framework of nearly threefold degen...
AbstractA scenario is proposed for bi-large lepton mixing in the framework of nearly threefold degen...
We investigate in a model-independent way to what extent one can perturb tri-bimaximal mixing in ord...
We discuss the energy scale profile of the bi-maximal mixing which is given at the GUT energy scale ...
It is well-known that, in the basis where the charged-lepton mass matrix is diagonal, there are seve...
AbstractIt is well known that, in the basis where the charged-lepton mass matrix is diagonal, there ...
Best-fit values of recent global analyzes of neutrino data imply large solar neutrino mixing, vanish...
AbstractWe show that the assumption of type II seesaw mechanism for small neutrino masses coupled wi...
The mass matrix of three Majorana neutrinos of equal mass is not necessarily proportional to the ide...
Best-fit values of recent global analyzes of neutrino data imply large solar neutrino mixing, vanish...
AbstractAssuming 3-ν mixing, neutrino oscillation explanation of the solar and atmospheric neutrino ...
Best-fit values of recent global analyzes of neutrino data imply large solar neutrino mixing, vanish...
We argue that the tri-bimaximal neutrino mixing pattern $V_0$ or its generalized form $V'_0$, which ...
We investigate in a model-independent way to what extent one can perturb tri-bimaximal mixing in ord...
AbstractWe propose a scenario that the mass splitting between the first generation of the heavy Majo...
AbstractA scenario is proposed for bi-large lepton mixing in the framework of nearly threefold degen...
AbstractA scenario is proposed for bi-large lepton mixing in the framework of nearly threefold degen...
We investigate in a model-independent way to what extent one can perturb tri-bimaximal mixing in ord...
We discuss the energy scale profile of the bi-maximal mixing which is given at the GUT energy scale ...
It is well-known that, in the basis where the charged-lepton mass matrix is diagonal, there are seve...
AbstractIt is well known that, in the basis where the charged-lepton mass matrix is diagonal, there ...
Best-fit values of recent global analyzes of neutrino data imply large solar neutrino mixing, vanish...
AbstractWe show that the assumption of type II seesaw mechanism for small neutrino masses coupled wi...
The mass matrix of three Majorana neutrinos of equal mass is not necessarily proportional to the ide...
Best-fit values of recent global analyzes of neutrino data imply large solar neutrino mixing, vanish...
AbstractAssuming 3-ν mixing, neutrino oscillation explanation of the solar and atmospheric neutrino ...
Best-fit values of recent global analyzes of neutrino data imply large solar neutrino mixing, vanish...
We argue that the tri-bimaximal neutrino mixing pattern $V_0$ or its generalized form $V'_0$, which ...
We investigate in a model-independent way to what extent one can perturb tri-bimaximal mixing in ord...