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performed on the low-dimensional, encoded state. Depending on the task, this will be coupled to a novel statistical decoding stage that will convert quantum measurements back into classical image information
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Supervisory Team: Thomas Blumensath (ISVR), Alex Dickinson (Engineering Sciences) Project description Three dimensional images of the foot taken under loading conditions can provide a valuable
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at the University of Nottingham funded by the EPSRC Doctoral Training Programme (DTP) in Advanced Medical Imaging. This DTP is a collaboration between Nottingham and the University of Queensland, Australia, both
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The research in this doctoral opportunity will investigate the relationship between material elastic and thermal properties by using high resolution digital imaging under dynamic loads. Digital
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new research and innovation partnership with Manchester United Football Club. The successful candidate will be embedded across the two institutions. You will develop innovative real-time imaging
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. Testing prototype formulations on human volunteers is the most accurate way to benchmark efficacy and in market performance but it is costly and time consuming and therefore not feasible to do for every
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X-ray Scatter Tomography (ST) is emerging as a powerful imaging technique with implications for biomedical, security or material characterisation applications. It is based on detecting scattered
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spectroscopic/imaging methodologies. During years 2-4, the student will be based at Porton Down to develop in vitro co-culture models, perform drug experiments, and characterise biofilms. In years 2-4 the student
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experiences. Co-design and prototype serious games for teaching independent living skills to young adults with LD. Evaluate prototype(s) through user study with young adults to understand the effects
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fracture occurrence reported to be 3-fold higher in women than men during military training. This PhD studentship will combine state-of-the-art imaging techniques, mechanical testing and finite element