Damped neutrino oscillations in a conformal coupling model

Flavor transitions of Neutrinos with a nonstandard interaction are studied. A scalar field is conformally coupled to matter and neutrinos. This alters the neutrino effective mass its wavefunction leading damping factor, causing deficits in probability densities affecting oscillation phase. As density determines field's behavior, we also have an indirect effect on flavor conversion. We explain our results context screening models study deficit total flux electron-neutrinos produced Sun through decay process confront observational data.