Investigating neutrino and antineutrino oscillation asymmetry with NOvA and DUNE

中微子CP破坏是粒子物理(Nu)标准模型的最后一个不可测变量。这项研究将使用最长的基线加速器中微子实验来研究中微子和反中微子之间的不对称性。Nova目前运行在世界上最强大的中微子束中，测量基线为800公里的中微子振荡。未来的沙丘实验将使用更强大的光束，使用更长的基线。这项研究将包括利用Nova实验的数据，同时帮助塑造沙丘实验领域的未来。

Neutrino CP violation is the last unmeasured variable of the (nu) standard model of particle physics. This studentship will investigate the asymmetry between neutrinos and antineutrinos using the longest baseline accelerator neutrino experiments. NOvA is currently operating in the world's most powerful neutrino beam measuring neutrino oscillations with a baseline of 800km. The future DUNE experiment will exploit a more powerful beam using an even longer baseline. This studentship will involve exploiting the data from the NOvA experiment whilst helping to shape the future of the field with the DUNE experiment.