21-27 October 2018
Hermosillo, Sonora
MST timezone
- jose.benitez@cern.ch
Support
Contribution
Speakers
- Mr. Dario J BLANDON URIBE
Primary authors
- Mr. Dario J BLANDON URIBE (University of Antioquia)
Co-authors
- Dr. Eduardo ROJAS PEÑA (Universidad de Nariño)
- Dr. Diego A RESTREPO QUINTERO (Universidad de Antioquia)
Content
We study the dark matter stability due to the existence of an additional U(1) gauge symmetry. Furthermore, we generate neutrino masses at the radiative level via an effective dimension five Weinberg operator. The presence of an extra Abelian symmetry allows accommodating the recent LHCb anomalies in B → K(K∗)μ+μ− decays,by fixing some parameters of the model.
Category
Theory/Pheno