University of Oxford

Investigate the role temperature gradients play in hydrogen diffusion within nuclear fuel cladding. Develop advanced experimental and machine learning approaches to build digital twins capturing hydrogen transport and e…

This research addresses critical gaps in understanding hydrogen transport mechanisms that govern embrittlement in nuclear fuel cladding. By…

Explore innovative cross-disciplinary methods to prevent and reverse vascular disease progression. Engage with cutting-edge multi-omics, AI imaging, and regenerative biology to identify novel therapeutic targets for car…

This research addresses critical unmet needs by targeting secondary prevention of vascular diseases, which are leading causes of death glob…

Advance cardiovascular science by developing innovative strategies to prevent and reverse vascular disease. Leverage multidisciplinary training and state-of-the-art technologies in a collaborative Oxford-Cambridge docto…

This research tackles critical gaps in vascular disease treatment by identifying new therapeutic targets and interventions. Successful outc…