Neutrino physics with T2K and Hyper-K

目前和计划中的中微子振荡实验主要使用两种技术：大型水切伦科夫和液态氩tpc。在水切伦科夫一侧，目前的实验是T2K，其计划未来的继任者是hyper -神神坎德。该项目旨在通过两种方式提高当前和未来中微子实验的精度：-通过截面测量和中微子相互作用模型的测试和调整来提高我们对中微子-核相互作用的理解；-开发Hyper-Kaionkande的校准系统，并在Super-Kamiokande进行测试。

Current and planned neutrino oscillation experiments use two main technologies: large water Cherenkovs and liquid argon TPCs. On the water Cherenkov side, the current experiment is T2K and its planned future successor is Hyper-Kamiokande. This project aims to improve the precision of current and future neutrino experiments in two ways:- improving our understanding of neutrino-nucleus interactions via cross-section measurements and the testing and tuning of neutrino interaction models;- developing calibration systems for Hyper-Kaionkande and testing them in Super-Kamiokande.