First numerical study of color-restoration phase transitions in a radiative neutrino mass leptoquark model, predicting LISA/BBO/DECIGO-detectable gravitational waves for leptoquark masses near 1.5 TeV.
Neutrino masses and mixing angles from leptoquark interactions
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abstract
In this paper we show that the mixing between leptoquarks (LQ's) from different $SU(2)_l$ multiplets can generate a non-trivial Majorana mass matrix for neutrinos through one loop self energy diagrams. Such mixing can arise from gauge invariant and renormalizable LQ-Higgs interaction terms after EW symmetry breaking. We use the experimental indication on neutrino oscillation to find constraints on specific combinations of LQ couplings to quark-lepton pairs and to the SM higgs boson. These constraints are compared with the ones from $\pi\to e\bar {\nu}_e$.
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Gravitational waves from color restoration in a leptoquark model of radiative neutrino masses
First numerical study of color-restoration phase transitions in a radiative neutrino mass leptoquark model, predicting LISA/BBO/DECIGO-detectable gravitational waves for leptoquark masses near 1.5 TeV.