Gamma-ray spectroscopy of neutron-rich zirconium nuclei

作为布莱顿核物理博士生，你将成为英国和国际社会的一部分，并将参与并领导世界领先的实验设施的实验。你将成为一个使用伽马射线光谱学技术研究A~100质量区富中子核形状的小组的一员。实验工作是与英国和国际合作伙伴在国外的设施合作进行的，详细的分析和解释是在布莱顿大学进行的。成功的申请者将在巴黎艾琳-朱利奥特居里实验室的ALTO设施中使用Nu-ball阵列对富含中子的锆同位素进行工作，以对102-106Zr附近的原子核进行详细的光谱分析。学生将参与测量的规划、分析和解释，并有机会在会议和研讨会上传播结果，从而为职业发展提供机会。

As a nuclear physics PhD student at Brighton, you will be part of the UK and international community and will participate in and lead experiments at world-leading experimental facilities. You will be part of a group which uses the techniques of gamma-ray spectroscopy to study the shapes of neutron-rich nuclei in the A~100 mass region. Experimental work is carried out in collaboration with UK and international partners at facilities abroad and detailed analysis and interpretation is carried out at the University of Brighton. The successful applicant will work on the neutron-rich zirconium isotopes using the nu-ball array at the ALTO facility at the Irene-Joliot Curie lab in Paris to do detailed spectroscopy on nuclei around 102-106Zr. The student will be involved in the planning, analysis and interpretation of the measurements and will also have the opportunity for disseminating results at conferences and seminars, thus offering an opportunity for career progression.