Studying CP violation with neutrino interactions

测量中微子扇区的CP违逆是中微子物理学的下一个主要发展。这将需要新的实验和对中微子在物质中的相互作用有更好的理解。这位博士研究的是这个课题。博士学位将分为两部分：第一部分是研究下一代实验，称为超级神冈实验；帮助开发数据采集系统，第二个将使用当前T2K实验的数据更精确地测量中微子相互作用模式，从而减少超级神冈分析中的系统不确定性。

Measuring CP violation in the neutrino sector is the next major development of neutrino physics. It will require new experiments and a vastly better understanding of neutrino interactions in matter. This PhD is focused on this subject. There will be two parts to the PhD: the first is working on a next generation experiment, called Hyper-Kamiokande; helping to develop the data acquisition system, and the second will be using data from the current T2K experiment to measure neutrino interaction modes more precisely and hence diminish the systematic uncertainties in the Hyper-Kamiokande analysis.