Pioneering material simulations and next-gen electronic property explorations.
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Our group aims to advance materials modeling and simulation using emerging AI approaches in order to enable optimised, sustainable technologies for future demands.
Spearheading materials breakthroughs to enable sustainable technologies preserving our planet.
Charting new frontiers in multi-scale modeling to accelerate precision advances in electronic devices.
Advancing tech viability through strategic industry partnerships, fostering collaboration and scale.
John is a computational materials physicist working as a senior lecturer in the School of Engineering at London South Bank University. He is interested in how charge carriers interact with defects in crystalline systems, in particular semiconductors. His work focuses on materials used in energy applications and high power microelectronics.
A Corkonian residing in the UK, he earned a first-class BSc in physics from University College Cork in 2004. After exploring, he returned for a Ph.D. under Professor Stephen Fahy, developing a method to probe complex defect states in dilute nitride semiconductors. Graduating in 2011, he spent 8 years in UCL's Chemistry Department, collaborating with Professors Richard Catlow, Aron Walsh, and David Scanlon, contributing to an Irish comp. chem. network.
In October 2019, he became a lecturer at LSBU, working as an electronic engineer. Beyond work, he enjoys running, cycling, football, movies, and exploring with his family.
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