※新学術領域研究「量子クラスターで読み解く物質の階層構造」 共催

　Precision accelerator-based neutrino oscillation measurements rely on precise and accurate modeling of the interaction of neutrinos with atomic nuclei. At the moment our insufficient understanding of such interactions is a dominant systematic uncertainty in extraction of neutrino oscillation parameters and can stand as a significant challenge for achieving the goals of next-generation neutrino oscillation experiments such as T2-HyperK and DUNE.
　In this talk I will present new results from novel experimental constraints on neutrino-nucleus interactions from measurements of wide phase-space neutrino and electron exclusive scattering reactions using the MicroBooNe (Fermilab) and CLAS (JLab) detectors. I will also show how such data allow addressing outstanding issues in neutrino physics such as the accuracy of incident neutrino energy reconstruction for oscillation analyses and constraints on searches for physics beyond the standard model.


連絡教員　物理学系　中村　隆司（内線2652）