Speaker
Description
Neutrino physics is a field of high energy physics measuring neutrino properties, such as cross sections, masses, and oscillation parameters. Currently, the field lies at a crossroads. A new generation of neutrino experiments, such as DUNE and Hyper-K, are planned in the following decades, requiring significant resources in detector design and construction efforts. Additionally, physicists have been measuring cross sections and creating tools for future experiments while simultaneously continuing to make fundamental measurements. Switzerland reflects this trend and has scientists on past, current, and future experiments across neutrino energy ranges. The talk represents a survey of the experiments and projects with Swiss participation and an outlook on the upcoming plans of the field. The talk will highlight how and why current analyses impact the next-generation neutrino experiments.
