I studied Physics at Durham university, focusing particularly on theoretical and mathematical physics. My undergraduate studies allowed me to deeply engage with astrophysics and quantum phenomena, leading me to undertake research projects on stellar accretion in Cataclysmic Variable star systems, as well as investigations into quantum entanglement mechanisms within diatomic molecules for quantum computing. My passion for research extended into an internship with the astronomy department where I systematically analysed astronomical data from extended Kepler mission datasets, developing computational tools to identify periodic signals indicative of binary star systems.

At Full Matrix, I am working as an intern specialising in novel sensing methodologies, focusing on improving time of flight measurements in ultrasonic pulse tests. My current research involves investigating how material degradation affects wave propagation characteristics, researching and developing robust signal processing algorithms, and integrating these to improve sensor reliability and accuracy