Our research is broken up into a number of general themes, which you can read about below. Catalysis and Synthesis Understanding how to prepare chemical bonds as effectively and efficiently as possible. Energy, Environmental and Sustainable Chemistry Tackling the need for secure energy supplies and limiting society's reliance on non-sustainable feedstocks. Functional Materials Research that designs and characterises functional solids for applications ranging from energy solutions to industrial catalysis. The Chemistry Biology Interface Using chemical techniques that are applied to study biological systems. Structural Chemistry and Chemical Dynamics Developing techniques to solve structural chemistry problems and understanding how atoms and molecules interact. Chemistry Education Research into the development, evaluation, and improvement of all types of teaching activities related to chemistry. Our research can also be classified in accordance with the University of Edinburgh/College of Science and Engineering:AI and Datascience includes signature data and computing intensive research activities in all our Schools/EPCC, brought together within the data driven innovation programme, and driven by key innovation initiatives within the Bayes Centre.School Contact: Antonia MeyHealth and Life includes research and innovation activities at the interface of research and innovation activities with the College of Medicine and Veterinary Medicine, with research activities across advanced health and care, therapeutics, and transformative life sciences research and technologies, from fundamental to applied.School Contact: Lincong MengClimate and Environmental Sustainability encompasses all parts of the sustainability spectrum, from transformative energy and resource efficient systems, new technologies, data-informed interventions, circular economies, planetary sustainability, social and environmental justice and geo-humanities.School Contact: Valentina Erastova This article was published on 2023-09-25