I'm a Sir Henry Wellcome fellow based at the UCL Max Planck Centre for Computational Psychiatry and Ageing Research at UCL and the Division of the Humanities and
Social Sciences at Caltech.
I use computational modelling and neuroimaging to understand the mechanisms underlying symptoms of anxiety and depression.
You can find my CV here
I started my academic career with a BSc in Psychology and MSc in Cognitive Neuroscience at the University of Sussex, before completing a PhD at
the Institute of Psychiatry, Psychology and Neuroscience at King's College London, where I focused on neuroimaging markers of depression and bipolar disorder.
Please feel free to get in touch if you'd like to talk to me about anything research-related, whether it's science or career advice. Reaching out to random scientists can be
intimidating for junior students/researchers, particularly if you're from a background that's under-represented in academia - I want to make it clear here that I will always welcome this
I can be reached here
Aversive learning processes
A growing literature suggests that anxiety and depression may be associated with alterations in processes governing learning about reward and punishment. I use
behavioural tasks tapping into appetitive and aversive learning to understand how individual differences in specific aspects of the learning processes may
underlie symptoms of these disorders.
Offline replay in learning and planning
Many of the symptoms of anxiety and depression, such as rumination and worry, occur "offline" - i.e. when we are not actively encountering any positive or negative
feedback. I investigate how offline processes, such as sequential replay and reactivation, function in motivationally salient environments using MEG and EEG. This
work aims to provide a foundation for future investigations into the role played by these processes in symptoms such as worry.
Brain networks in anxiety and depression
Key brain networks are thought to be structurally and functionally affected in affective and anxiety disorders. I use MRI to answer questions about how these networks
are affected in these disorders, and how their dysfunction may relate to specific symptom profiles.