Overview

Research interests

• Nanofabrication and integrated optics
• Quantum optics 
• Nanophotonics
• Single photon sources
• Quantum emitters in 2D materials
• Quantum information processing, communication and cryptography, computing

Background

I graduated from the University of Bath in 2018 with a master's degree in physics (incl. 12-month industrial placement). The placement in my third year was at a multinational design and consultancy firm, in the nuclear business unit. My role was safety and risk management and environmental assessment. The placement also included a joint project with students at the University of Bath performing computer simulation of radiation dose from nuclear waste sources and comparing to a simple model. The placement resulted in two publications and a joint prize for best poster presentation at the Society for Radiological Protection annual conference 2016. 

My master's project involved the production of photon pairs in a non-linear crystal ($\beta$-Barium Borate) pumped by a 405 nm diode laser. Collection of entangled pairs from Type-II non-collinear spontaneous parametric down-conversion (SPDC) into fibre for detection. Entanglement testing with avalanche photodetectors and polarisation control. Innovative for the use of a very cheap continuous wave (CW) diode laser pump and otherwise common optics components, the main aim of the project was to demonstrate a cost-effective, efficient and achievable source of entanglement.

In September 2018 I joined the EPSRC Centre for Doctoral Training in Metamaterials (XM2) as a postgraduate researcher. My PhD project focuses on increasing the single photon rates of a solid-state source by integrating emitters with hybrid metal-dielectric resonators. My project is supervised by Dr Isaac Luxmoore and Professor Bill Barnes.

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Publications

No publications found

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