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My research involves developing new techniques and hardware for biomedical imaging and applying them in the biomedical sciences. This work includes the design of improved gradient and shim coils for use in the next generation of magnetic resonance imaging scanners and the generation of improved contrast for studies of the anatomy and function of the human brain. My current work is focused on realising the advantages of ultra-high magnetic field for human imaging studies and on developing wearable magnetoencephalography scanners based on the use of optically pumped magnetometers.
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Holly Schofield,Ryan M. Hill, Odile Feys,Niall Holmes,James Osborne,Cody Doyle, David Bobela, Pierre Corvilian,Vincent Wens,Lukas Rier,Richard Bowtell, Maxime Ferez,
bioRxiv the preprint server for biology (2024)
biorxiv(2024)
eLife (2024)
Ishani Hari, Oluwatobi F Adeyemi,Penny Gowland,Richard Bowtell,Olivier Mougin, Patrick Vesey,Jagrit Shah,Elizabeta B. Mukaetova-Ladinska,Akram A. Hosseini
NMR in biomedicineno. 1 (2023)
Scientific reportsno. 1 (2023): 1-15
Sensors (Basel, Switzerland)no. 14 (2023): 6537-6537
Peter James Hobson, Noah Louis Hardwicke,Alister Davis, Thomas Smith,Chris Morley,Michael Packer,Niall Holmes, Max Alain Weil,Matthew Brookes,Richard Bowtell,Mark Fromhold
NeuroImage (2023): 120024-120024
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