Our research interests lie in the optoelectronic properties of physically intriguing novel materials, involving themes such as photophysical and nano-scale effects, charge-carrier dynamics, polaritonic effects and light harvesting for solar energy conversion.
In Oxford, Adam focused on metal halide perovskites, a highly promising class of photovoltaic semiconductor, carrying out experiments to study the electron motion therein so that their viability in commercial solar cells might be improved.
At Princeton, he expanded upon his interests in using spectroscopic techniques to probe the quantum-scale properties of complex systems, by investigating how strong matter-light interactions affect molecular behaviour.
Drawing on Adam’s unique combination of expertise in perovskite solar cells and polaritonics, at Warwick the A. D. Wright Lab will pursue fundamental understanding of how strong light-matter coupling influences the optoelectronic properties of photovoltaic materials. We will be conducting laser spectroscopy research on light-matter interactions, working with the Ultrafast & Terahertz Photonics group, researching the intersection between metal halide perovskites and polaritons. The goal is the enhancement of solar cell efficiencies.
Adam D. Wright Lab 