Neural circuits & behaviour
Local field potential recordings to measure LPS-induced seizures in a model of neurocystercicosis mouse hippocampal organotypic brain slices.
Doctoral research in neuroscience at Oxford, with a curiosity about brain, behaviour, and what motivates us to do things.
University of Oxford · St John's College
Doctoral research with Catherine Harmer and Morten Kringelbach. Funded by the Rhodes Scholarship and the Clarendon Fund.
University of Oxford · Merit
University of Cape Town · Distinction
University of Cape Town · Distinction
University of Cape Town · Distinction
Additional coursework in Computer Science and Statistics.
Local field potential recordings to measure LPS-induced seizures in a model of neurocystercicosis mouse hippocampal organotypic brain slices.
Single-nucleus RNA sequencing to characterise cellular diversity in mouse hippocampal organotypic brain slices.
Transcranial magnetic stimulation to target tremors in Parkinson's disease and Essential tremors patients and Magnetoenchalography to understand sensory inference.
My current research investigates the neural and behavioural underpinnings of apathy — the loss of motivation that affects both healthy individuals and patients — and explores how esketamine, a fast-acting antidepressant, can restore or modulate this drive/motivation to act.
2025 · St John's College, Oxford
2024 · Rhodes Trust, University of Oxford
2024 · University of Oxford
2022 · Mandela Rhodes Foundation
2021 · University of Cape Town
2018 · Moshal Scholarship Program
2025 · Cleva Summit
2018 – 2020 · UCT Science Faculty
2019 · Top 15% of students