This research project investigates the molecular mechanisms of electron transfer in biohybrid systems combining light-harvesting complexes with quinone derivatives. Building on complementary expertise at the University of Warsaw and Sorbonne University, it aims to optimise the interaction between pigment–protein complexes and electrodes for efficient light-induced current generation.
Period abroad: January - April 2025
"I had the fantastic opportunity to spend three months at Sorbonne University as part of the 4EU+ Visiting Professorships programme, where I joined the CBEA team. Throughout my stay, I was supported by exceptional researchers, including Professor Jérôme Delacotte and Professor Manon Guille-Collignon. I was fortunate to be supervised by the outstanding Professor Frédéric Lemaître, whose extensive knowledge of chemistry, willingness to share his expertise, and genuine dedication to the project greatly enriched my experience.
The main objective of my project was to create a biohybrid system. During my time at Sorbonne, I successfully developed one in which the photoactive layer consisted of pigment–protein complexes (LHCII), the working electrode was made of ITO plates, and quinones served as electron carriers.
This stay offered a unique opportunity to explore biohybrid systems through an interdisciplinary perspective—combining insights from both chemistry (Sorbonne University) and biology (University of Warsaw). I believe this integrated approach and ongoing collaboration will contribute meaningfully to advancements in biohybrid research.
A warm thank you to my lab colleagues, Bixente Carre (PhD student) and Ning Jiang (postdoctoral researcher), whose support and camaraderie made working in the lab an absolute pleasure. À bientôt!"