Research Themes

Cerebellum & Higher Cognition

We investigate the cerebellum’s role in higher cognition using multimodal neuroimaging to map cerebellar-cortical networks. This work aims to identify precise neural targets for interventions that may improve cognitive and affective outcomes in neuropsychiatric conditions.

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Active Ageing

Our previous work in ageing neuroscience provides the foundation for our current focus on active ageing and neuroplasticity. We draw on these findings to develop evidence-based strategies that promote brain health, cognitive vitality, and meaningful engagement in later life.

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Science of Learning

Our research examines learning and cognition across the lifespan through behavioural, cognitive, and neural approaches. We aim to uncover the processes that support learning in order to describe, understand, and enhance learning across developmental stages and diverse real-world contexts.

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Socioaffective Neuroscience

We use neuroimaging to investigate the neural mechanisms underlying social experience and social cognition. Our work focuses on how the brain processes deception, evaluates real versus false information, and represents ingroup and outgroup distinctions within broader superordinate identities, such as national identity. Through this research, we aim to better understand the biological bases of trust, bias, social belonging, and collective identity.

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