Device Physics and Modelling Group 

"Bridging the gap between molecules and devices"

My group focuses primarily on the physics of molecular electronic materials and devices, and is particularly interested in device physics and modelling, with an ambition to connect molecular properties to device properties.

We develop models to simulate the complete process from exciton generation to charge collection in the case of photon-to-electricity conversion, with coupled excited state and charge separated state dynamics. The reverse process can also be modelled using the same modelling framework.

Our modelling framework can be coupled to experimental set-ups, allowing accurate determination of microscopic properties of molecules and devices. Our aim is to reveal the physical mechanisms behind organic electronic materials and devices and eventually facilitate the development and commercialization of organic optoelectronics.