Queen Mary, University of London
Into industry - Magnetic Resonance Spectroscopy (1982-86) applied to body metabolism
Tagging the blood
Cooling the brains of birth asphyxiated babies, and other projects
High field magnets and the magnetic susceptibility of tissue
Not quite scientists
Magnetic Resonance Spectroscopy (1982-86) revealing tissue biochemistry
Detroit - applying MRI to visualise brain ischemia
Magnetic Resonance Imaging how it works: Fourier transform and use of contrast
The MRI scanner - how it works
Inventions and patents
Nuclear magnetic resonance - how it works
Magnetic Resonance Imaging how it works: gradient echoes and K space
University College London a new lab at Queen Square for Europes highest field magnet, 1994
Nottingham University imaging research with Peter Mansfield
Disappointments and successes
Solving the problems of diffusion weighted imaging with navigator echo
Reflections on a career - Lauterbur and Mansfields Nobel Prize
Creating the worlds first Magnetic Resonance Imaging (MRI) movie, 1982
Imaging the brains of birth asphyxiated babies
A new MRI machine and 32-channel head coil
Scanning for birth defects
Nottingham - the Birdcage Coil
Highlights of my career
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