Speaker
Rocío Branada Balbontín
(Universidad Técnica Federico Santa María)
Description
We propose a minimal extension of the SM where the tiny active neutrino masses arise from an inverse seesaw mechanism at two loop level. The phenomenological consequences of the proposed model in neutrino masses and mixings, charged lepton flavor violation and dark matter are analyzed in detail. We find that the current theory successfully complies with the constraints arising from neutrino oscillation experimental data, neutrinoless double beta decay, charged lepton flavor violating process, dark matter relic density and dark matter direct detection. The obtained rates for charged lepton flavor violating processes are within the reach of experimental sensitivity.
Primary author
Antonio Enrique Carcamo Hernandez
(Universidad Tecnica Federico Santa Maria)
Co-authors
Rocío Branada Balbontín
(Universidad Técnica Federico Santa María)
Dr
Sergey Kovalenko
(universidad andres bello)
Dr
Juan Marchant González
(Universidad de Playa Ancha)
Dr
Cesar Bonilla
(Universidad Católica del Norte)
Mr
Gonzalo Benitez Irarrázabal
(Universidad Técnica Federico Santa María)
