Preparing for leptonic CP violation with the DUNE experiment

轻子扇区中CP破坏的数量是粒子物理学（nu）标准模型中最有趣的新测量之一，并且可能与宇宙中所有反物质的长期谜团有关。DUNE实验是新一代长基线中微子振荡实验，旨在测量轻子扇区的CP破坏。这个博士生项目为这种测量铺平了道路，既通过表征DUNE原型探测器的纯度，又通过使用高压氩气时间投影室来确定DUNE近探测器必须满足的需求。因此，这一奖学金将是未来DUNE实验的必要准备。

The amount of CP violation in the leptonic sector is one of the mots interesting new measurements in the (nu) standard model of particle physics, and may be related to the long standing mystery of where is all of the antimatter in the Universe. The DUNE experiment is a next-generation long-baseline neutrino oscillation experiment which is designed to measure the CP violation in the lepton sector. This PhD studentship is paving the way for that measurement, both by characterising the purity of the DUNE prototype detectors and by using high-pressure argon gas time-projection chambers to identify the needs that must be fulfilled by the DUNE near detector. As such this studentship will be essential preparation for the future DUNE experiment.