Between 2012 and 2017 he worked on a PhD in Chemical Physics at the University of Nottingham. This PhD used X-ray based techniques to analyse molecules and nanostructures on surfaces. The primary goal was to investigate charge transfer between these nanostructures and various surfaces. Charge transfer is very important for solar cells and organic LEDs and this research leads to fundamental understanding of the physics behind these technologies. Part of this work used synchrotrons, which is an X-ray producing particle accelerator, at MAX-Lab IV in Lund, Sweden and Soleil in Paris. He hopes that this research will lead to developing new technologies for light flexible displays and lower cost generation of solar power.