The Future of Public Transport is Fuelled by Hydrogen
The discoveries Irvine and Smith made regarding hydrogen fuel production have been vital to Scottish advances in sustainable public transport.
Search by category: chemistry
Improving Medical Wearables with Material Science
The University's collaboration with Integrated Graphene has significant implications for the future of medical wearables.
Energy materials platform
Prof. John T.S. Irvine, Dr Scott J. Lilley & Dr Stefan Saxin School of Chemistry The JTSI group investigates new materials for energy applications. We do this by studying the atomic structure of important chemicals…
Porous materials for medical applications
Development of prototype MOF/polymer coatings for medical applications Dr Stewart Warrender School of Chemistry On any given day, approximately one in 25 US patients has at least one infection contracted during the…
Synthesis of ultra-fine chemicals
Dr José A. Fuentes and Dr Matt L. Clarke School of Chemistry Catalysts are widely used to speed up chemical reactions without actually getting used up in the process. They are one of the core aspects of making greener…
TADF emitters for electroluminescent devices
Dr Eli Zysman-Colman School of Chemistry Compounds emitting from a thermally activated delayed fluorescence (TADF) mechanism can harvest both singlet and triplet excitons, which traditional fluorescent emitters are…
Porous material use in the delivery of biologically active gases
Nitric oxide (NO) is an extremely toxic gas at high levels which is extremely beneficial for healthcare at the right doses.