A target-recoil tracking device based on Monolithic Active Pixel sensor technology

In the nuclear physics group at York, we focus on carrying out world-leading research aimed at the study of the fundamental properties of atomic nuclei and the origin of elements in the cosmos, employing and developing state-of-the-art experimental and theoretical techniques. As well as pursuing fundamental research focusing on key scientific questions at the forefront of the field, we also work to develop new tools and techniques in nuclear technology, working closely with industrial partners in a wide range of societal applications. We are also strongly committed to our outreach program, inspiring the next generation of scientists and bringing the excitement of fundamental science to the wider public.

Within this project, you will work on experiments probing the properties of exotic nuclei at and beyond the neutron drip line by employing state-of-the-art particle spectroscopic tools and techniques employing the R3B setup at the FAIR facility in Germany. This is an exciting time to join experiments at the new FAIR facility, which is planned to start operation within the time-frame of this PhD project and deliver the world’s most intense high-energy radioactive-ion beams. In this project, you will work on the assembly and characterization of a high-precision proton-tracking device based on Monolithic Active Pixel sensor technology for proton-induced quasi-elastic scattering reactions. This is an essential instrument for the future R3B setup, and a dynamic, international team has already started the exciting preparations for the device that will open up the way to probe the most exotic nuclear systems. The project involves detector development, sophisticated analysis methods, computer simulations as well as data analysis of novel experiments at the frontiers of nuclear science. Within this project you will develop a deep understanding of nuclear physics and nuclear detectors, a strong international network of collaborators, and a broad set of transferable skills. The experience, skills, and networking that you will develop through this PhD will be an asset for pursuing a career in academia or industry.

As part of this project, you will also be traveling frequently to the FAIR facility and other world-class international accelerator facilities around the world to support the experimental investigations of the group and participate at international conferences to present your results.

The candidate is expected to spend about half of the project period at the FAIR facility in Germany.

Academic entry requirements: At least a class 2:1 MSc or MPhys degree in Physics

How to apply:

Applicants should apply via the University’s online application system . Please read the application guidance first so that you understand the various steps in the application process. To apply, please select the PhD in Physics for September 2024 entry and specify that you would like to be considered for this project.