Speaker
Dr
Mario A Acero
(Universidad del Atlantico)
Description
In the current era of high-precision measurements of neutrino oscillation parameters, both current and upcoming experiments provide powerful opportunities to probe physics beyond the Standard Model. One such avenue is the possibility of invisible neutrino decay, a scenario in which neutrinos decay into undetectable final states, leading to distortions in the observed oscillation patterns. In this talk, we present the early stages of a study aimed at evaluating the sensitivity of the NOvA experiment to invisible neutrino decay. This investigation explores how NOvA’s long-baseline configuration and accumulated data can constrain or reveal signatures of non-standard neutrino properties within the three-flavor oscillation framework.
Authors
Andrea C. Barros Sarmiento
(Universidad del Atlantico)
Dr
Mario A Acero
(Universidad del Atlantico)
