Speaker
Pablo Candia da Silva
(The University of Manchester)
Description
In this talk we first review the radiative seesaw scenario in the context of inverse seesaw models, in which small lepton number violating parameters generate radiatively at the one-loop order the observed small light neutrino masses. Then, we show how the supersymmetric version of this radiative mechanism offers cancellations among the one-loop contributions to neutrino masses thanks to a SUSY non-renormalization theorem, thereby relaxing dramatically the size of the lepton number violating parameters in such models. Finally, we discuss the phenomenological and cosmological implications of this radiative SUSY seesaw scenario.
Primary author
Pablo Candia da Silva
(The University of Manchester)
Co-author
Apostolos Pilaftsis
(University of Manchester (GB))
