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My research spans the boundary between nano-scale optics and photoelectrochemical/optoelectronic device design: harnessing an improved understanding of light-matter interactions to investigate new ways to convert light to other forms of energy.
Our research group brings together expertise in numerical simulations, device design and fabrication, and advanced characterisation to demonstrate proof-of-concept devices with the potential to impact a range of applications; including alternative energy production, and the next generation of photodetection technologies.
My research spans the boundary between nano-scale optics and photoelectrochemical/optoelectronic device design: harnessing an improved understanding of light-matter interactions to investigate new ways to convert light to other forms of energy.
Our research group brings together expertise in numerical simulations, device design and fabrication, and advanced characterisation to demonstrate proof-of-concept devices with the potential to impact a range of applications; including alternative energy production, and the next generation of photodetection technologies.
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NANOPHOTONICSno. 4 (2024): 387-417
ADVANCED MATERIALS INTERFACESno. 3 (2023)
Social Science Research Network (2023)
ENERGY & ENVIRONMENTAL SCIENCE (2023)
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