Development of a Longitudinal Laserwire for the Front End Test Stand

吉布森将指导一名新的博士生，专注于纵向激光线的发展和激光控制粒子束的模拟。在第一年，学生将扩展现有的激光线相互作用区域的模拟，并协助安装在场效应管的横向激光线的调试和随后的数据分析。模拟结果和初始激光线数据将应用于优化纵向激光线的配置，将在第二年实施。该学生将接受Bosco在RHUL的光学和快速脉冲激光使用方面的培训，并将在RHUL的实验设置和测量中发挥积极作用。在最后一年，学生将在Gibson的指导下，利用RHUL JAI的专业知识，开发粒子跟踪和激光束提取的模拟。该学生将受益于更广泛的JAI社区提供的培训以及STFC RAL， Imperial和CERN BI小组专家的支持。

Gibson will supervise a new PhD student, focusing on the development of the longitudinal laserwire and simulations of laser controlled particle beams. In the first year, the student will extend existing simulations of the laserwire interaction region and assist in the commissioning and subsequent data analysis of the transverse laserwire installed at FETS. The simulation results and initial laserwire data will be applied to optimise the configuration for the longitudinal laserwire, to be implemented in the second year. The student will be trained in optics and use of the fast pulsed laser at RHUL by Bosco, and will take an active role developing in the experimental setup and measurements at RAL. In the final year, the student will develop simulations of particle tracking and laser beam extraction, drawing on the expertise of the RHUL JAI, under the guidance of Gibson. The student will benefit from training provided by the wider JAI community and the support of experts at STFC RAL, Imperial and CERN BI group.