معرفی
Oznur Apsimon is a Lecturer in Medical Accelerators at the University of Manchester, affiliated with the Accelerator Physics Group. Her research focuses on integrating plasma-based technologies into conventional particle accelerators, emphasizing plasma simulations, fluid dynamics, and relativistic beam dynamics. She is actively involved in the AWAKE Collaboration, exploring proton-driven plasma wakefield acceleration and plasma module staging for advanced accelerator applications. Currently, she supervises PhD students interested in multi-staging scenarios of plasma modules at CLARA-FE (see PhD project). Her work includes experimental and theoretical advancements in plasma physics, carbon nanotube applications, and beam diagnostics.
Key research areas include plasma wakefield acceleration, relativistic particle bunch dynamics, and novel plasma-based acceleration techniques. She has contributed to datasets such as Commissioning of the electron injector for the AWAKE experiment, published via Mendeley Data. Oznur’s research bridges fundamental plasma physics with applied accelerator technology, addressing challenges in beam stability, plasma density modulation, and high-energy physics instrumentation.
Her recent articles highlight advancements in Compton spectrometry, graphene-based acceleration, and machine learning for experimental data analysis. Collaborations span international institutions, reflecting her role in global efforts to advance next-generation particle accelerators.
