We use eye-tracking, MEG and behavioural data to study perception, visual expertise and cognition, and translate those insights toward training, diagnosis and the clinic.

Computational Cognitive & Translational Neuroscience studies how the brain perceives, attends and understands, and how those processes can be measured, modelled and put to clinical use. It is where the lab's computational methods meet cognition and behaviour. A distinctive strand of this work is the study of visual expertise: using eye-tracking and scanpath analysis to understand how experts such as radiologists and neurosurgeons search and interpret complex medical images, with implications for training and for building systems that align with human reasoning. Alongside this we work with magnetoencephalography (MEG) and other neural signals to probe perception and cognition directly, and we pursue translational questions that connect cognitive neuroscience to real clinical and educational settings. The emphasis throughout is translation, turning measurements of cognition into tools and insights that reach practice.