The look of why: causality matters in medical imaging AI

Join Professor Ben Glocker, Professor in Machine Learning for Imaging, to discover how causality could help make medical imaging AI safer, fairer and more reliable.

Please register to attend in person. A live stream link for online attendance is available here.听

We look forward to seeing you on Wednesday 14 October!

ImperiaInaugurals鈥�are term-time lectures that celebrate our newest Professors, recognising their academic journey and showcasing their research.

Abstract

Artificial intelligence is transforming medical imaging, promising more听accurate听diagnosis, earlier detection of disease, and better clinical decision-making. But the path from research prototype to trusted clinical tool听remains听difficult. AI systems can silently fail when new data differs from the data on which they were trained. Changes in patient populations, imaging protocols, and healthcare settings across geographic regions can cause distribution shifts that undermine the reliability, robustness, and fairness of AI predictions.

In this inaugural lecture, Professor听Ben Glocker explores why causality matters for understanding when AI works and when it fails. He will discuss the role of 鈥榳hat-if鈥� reasoning and the use of the latest causal generative models to create realistic counterfactual images that can stress-test AI systems, expose blind spots, and mitigate bias.听Ultimately, causality听may be the missing ingredient that turns medical imaging AI from a promising technology into a life-saving reality.

Biography

Ben Glocker is a Professor in Machine Learning for Imaging at 海角社区鈥檚 Department of Computing where he co-leads the Biomedical Image Analysis Group. He holds a Royal Academy of Engineering Research Chair in Safe Deployment of Medical Imaging AI,听and also听leads the听Heartflow-ImperiaResearch Lab. He received his PhD from TU Munich, was a postdoc at Microsoft and a Research Fellow at the University of Cambridge. His research is at the intersection of medical imaging and artificial intelligence, aiming to build safe and ethical computational tools for improving image-based detection and diagnosis of disease.听

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