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I'm a part-time DPhil student with the ISIS Neutron and muon source, accelerator physics (AP) group. My research primarily covers design, simulation and experimental work for the ISIS-II project. My work focuses on collective effects and beam dynamics in high intensity proton accelerators, particularly fixed field accelerators (FFAs). We recently conducted an experiment to demonstrate beam stacking in FFAs. Beam stacking is a technique to increase the extracted beam current from an FFA and could make FFAs an excellent candidate for the proton driver in a spallation neutron source like ISIS or even a muon collider.