Nicolas Daub

Nicolas Daub is a University Researcher at Eindhoven University of Technology within the Department of Chemical Engineering and Chemistry, specializing in Molecular Materials and Nanosystems. His work focuses on advanced energy materials and optoelectronic systems with strong alignment to UN Sustainable Development Goals.

His primary research spans redox flow batteries, organic semiconductors, and polarized electroluminescence. Key areas include molecular design for energy storage (particularly nonaqueous redox flow batteries using tetrathiafulvalene and imide chemistry), chiral supramolecular semiconductor thin films for circularly polarized light emission, and spectroelectrochemical analysis of triplet-polaron interactions in OLEDs. His fingerprint reveals dominant expertise in redox flow battery systems (100% research footprint) with significant contributions to electroluminescence, polarized luminescence, and light-emitting diode technology.

Daub has published 8 research outputs including 7 journal articles and his 2023 PhD thesis on sustainable organic molecules for flow batteries. His recent publications in Science, Nature Communications, and Advanced Functional Materials demonstrate expertise in both fundamental mechanisms (triplet-polaron quenching, Förster radii determination) and applied energy systems (perovskite photovoltaics for water splitting, battery capacity fade modeling).

Through supervised work on 4 projects and contributions to 3 crystallographic datasets (CCDC 2098287-2098289), Daub actively engages in collaborative research. His work shows strong industrial relevance in sustainable energy technologies with multiple news outlets and social media coverage highlighting practical applications.