His research focuses on understanding the behaviour of very small systems at the interface of molecular science and quantum physics. He studies, for example, how plants transfer energy between molecules during photosynthesis and the role that quantum coherence may play in this process. Using advanced methods, he investigates how light interacts with pigments and photosynthetic complexes.
His work contributes to our understanding of the fundamental principles of nature and may also support the development of new materials and advanced quantum technologies with the potential to transform the way we process information and use energy.
