Muon cooling with the MICE experiment

MICE实验正在开发新的技术来减少介子束的相空间，以便使其能够加速并存储在介子对撞机或中微子工厂等设施中。Joe正在为MICE的建设和运营做出贡献，并分析其收集的数据。他将优化和维护用于产生μ子的动态靶机制；*确保引导和聚焦μ子到MICE的光束线安全可靠地运行；*分析粒子数据，以执行现场和对准研究的大型超导螺线管；*研究介子穿过物质时的能量损失和散射，特别是穿过液氢和氢化锂。

The MICE experiment is developing novel techniques to reduce the phase space of a muon beam, in order to allow it to be accelerated and stored for facilities such as a muon collider or neutrino factory.Joe is contributing to the construction and operation of MICE, as well as analysing the data it collects. He will * optimise and maintain the dynamic target mechanism, which is used to generate the muons;* ensure the safe and reliable operation of the beam-line which steers and focusses the muons into MICE;* analyse particle data to perform field and alignment studies for the large superconducting solenoids;* conduct research into the energy loss and scattering of muons as they pass through matter, specifically through liquid hydrogen and lithium hydride.