The possible existence of bulk singlet neutrinos in the scenario with large compactified dimensions and low string scale $M_*$ has important consequences for low-energy observables. We demonstrate that intergenerational mass splitting and mixing lead to the effective violation of the lepton universality and flavor changing processes in charged lepton sector. Current experimental constraints push $M_*$ to the scale of 10 TeV over most of the interesting range for neutrino mass splitting
AbstractIf the origin of neutrino masses is due to physics at the TeV scale, it would be of tremendo...
Small, even vanishing neutrino masses are consistent with large CP violation effects in the leptonic...
Supersymmetry is one of the best motivated possibilities for new physics at the TeV scale. However, ...
AbstractRecent data from astrophysical and terrestrial experiments indicates large mixing angles in ...
We discuss the profile of neutrino masses and mixings in models with large extra dimensions when rig...
Recently we proposed a TeV-scale Supersymmetric Standard Model in which the gauge coupling unificati...
Recent data from astrophysical and terrestrial experiments indicates large mixing angles in the neut...
In Gravity Unified Theories all operators that are consistent with the local gauge and discrete symm...
We study some phenomenological implications of models where the scale of quantum gravity effects lie...
Recently, a number of authors have challenged the conventional assumption that the string scale, Pla...
We show that under a new U(1) gauge symmetry, which is non-anomalous in the presence of one ``right-...
Theories involving extra dimensions, a low (TeV) string scale and bulk singlet neutrinos will produc...
In this paper, the general features of the neutrino sector in TeV scale quantum gravity theories, su...
We present an argument in which the scale \sim 0.1 eV associated with neutrino masses appears in a n...
We show that under a new U(1) gauge symmetry, which is non-anomalous in the presence of one ''right-...
AbstractIf the origin of neutrino masses is due to physics at the TeV scale, it would be of tremendo...
Small, even vanishing neutrino masses are consistent with large CP violation effects in the leptonic...
Supersymmetry is one of the best motivated possibilities for new physics at the TeV scale. However, ...
AbstractRecent data from astrophysical and terrestrial experiments indicates large mixing angles in ...
We discuss the profile of neutrino masses and mixings in models with large extra dimensions when rig...
Recently we proposed a TeV-scale Supersymmetric Standard Model in which the gauge coupling unificati...
Recent data from astrophysical and terrestrial experiments indicates large mixing angles in the neut...
In Gravity Unified Theories all operators that are consistent with the local gauge and discrete symm...
We study some phenomenological implications of models where the scale of quantum gravity effects lie...
Recently, a number of authors have challenged the conventional assumption that the string scale, Pla...
We show that under a new U(1) gauge symmetry, which is non-anomalous in the presence of one ``right-...
Theories involving extra dimensions, a low (TeV) string scale and bulk singlet neutrinos will produc...
In this paper, the general features of the neutrino sector in TeV scale quantum gravity theories, su...
We present an argument in which the scale \sim 0.1 eV associated with neutrino masses appears in a n...
We show that under a new U(1) gauge symmetry, which is non-anomalous in the presence of one ''right-...
AbstractIf the origin of neutrino masses is due to physics at the TeV scale, it would be of tremendo...
Small, even vanishing neutrino masses are consistent with large CP violation effects in the leptonic...
Supersymmetry is one of the best motivated possibilities for new physics at the TeV scale. However, ...