Neutrino oscillations hold the key to understand the matter-antimatter asymmetry in the Universe, but a large roadblock is the complexity of neutrino interactions with matter. For the past and current oscillation experiments, the main uncertainty in oscillation parameters has been due to our limited knowledge on neutrino scattering with the atomic nucleus. In this talk it will be discussed previous results on neutrino interactions, in particular those on the resonant region, and the recent publication on muon-neutrino single pion differential cross section in carbon (arXiv: 1909.03936) by the neutrino long-baseline experiment, T2K (Tokai-to-Kamioka), also the implications of neutrino-induced pion production for the USA flagship neutrino program, the future DUNE (Deep Underground Neutrino Experiment) long-baseline neutrino experiment.
Alden Fan / Christina Ignarra / Eric Miller
