This collaborative project brings together researchers from the University of Geneva (UNIGE) and Charles University (CU) to address environmental challenges through innovative developments in organic, supramolecular, and materials chemistry. The partnership combines complementary expertise in molecular design, luminescent systems, and metal catalysis to create new functional materials with applications in environmental monitoring, sensing, and sustainable chemical processes.
A major focus of the project is the development of highly sensitive luminescence-based chemosensors for the detection of environmental contaminants, particularly per- and polyfluoroalkyl substances (PFAS). These persistent pollutants are increasingly recognized as a significant threat to ecosystems and public health. By combining Geneva’s expertise in chiral macrocycles and supramolecular chemistry with Prague’s strengths in luminescent cationic building blocks and catalytic methodologies, the researchers aim to create selective, rapid, and cost-effective sensing systems capable of detecting pollutants at very low concentrations.
Beyond environmental sensing, the collaboration will explore new approaches to molecular recognition, asymmetric chemistry, and metal-catalyzed synthesis. The project will investigate advanced luminescent materials, chiral ion-pairing systems, and novel ruthenium-based catalysts, opening new opportunities in materials science and sustainable chemistry.
The partnership is designed to foster long-term scientific exchange through regular joint meetings, researcher mobility, and close collaboration between students and staff. By strengthening links between UNIGE and CU and engaging with the wider 4EU+ network, the project aims to establish a lasting international research platform that will support future joint initiatives and funding applications. Ultimately, the collaboration seeks to advance both fundamental scientific knowledge and practical solutions for environmental protection and sustainable development.
Period abroad: April-May 2026
"What motivated me is that it allows time to go in depth into a collaborative relationship. We often have opportunities to collaborate, but not the time to sit down, think, and think again. The best ideas come during informal moments: over coffee, lunch, or simply at the end of the day, and you only get that when you stay for an extended period. It also allows you to discuss not only with the head of a group, but with the PhD students and postdocs who actually do the research.
For me, 4EU+ is really a catalyst. It’s not just about funding a project, it’s about taking that initial support and multiplying it. It helps reconnect existing collaborations, create new ones, and even open the door to further funding opportunities. You take the opportunity, connect with people, and build something much bigger together."