Research
Research
A through-line connects this work: learning and memory understood as dynamical, physical processes — studied with the tools of statistical physics and tested against the brain.
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A Tale of Two Criticalities: How the Brain Learns through the Lens of Criticality
Applying renormalisation group methods and spin glass theory to model the critical behaviour underlying how biological neural networks learn and consolidate memory.
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Allocation of Visual Working Memory
How the brain distributes a limited working-memory resource across competing visual items — research internship under Dr Paul Bays.
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Wireless Molecular Communication via Odours
Bio-inspired wireless communication systems that encode information in olfactory signals — a two-year research assistantship with Dr Yansha Deng.
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Microfluidic Chip Development
An independent engineering project designing a microfluidic chip for biological sample analysis and lab-on-chip applications.