EaStCHEM Research

Chemistry advances our understanding of the world at the molecular level and plays an essential role in developing innovative solutions to some of the key challenges faced by modern society. EaStCHEM’s world-leading research expertise impacts in vital areas such as drug development, medical imaging, sustainable production, green energy, environmental protection, and the development of advanced functional materials.

The six EaStCHEM research themes harness our excellence in fundamental chemistry to promote collaboration and drive towards real-world impact.

Read more about our research themes and their members via the links below.

 

View Edinburgh research theme members.

View St Andrews research theme members.

Photo of gold precipitating out of solution in work aiming to enhance recycling of metals from e-waste.

Catalysis and Synthesis

Understanding how to prepare chemical bonds as effectively and efficiently as possible.

Microscopy image of mitochondria in health and disease - . by agustina salis torres

The Chemistry Biology Interface

Using chemical techniques that are applied to study biological systems.
Photo of chemistry students in the lab doing a practical class.

Chemistry Education Research

Research into the development, evaluation, and improvement of all types of teaching activities related to chemistry.
Cover image accompanying Campopiano/Lawrence paper in Green Chemistry - cartoon showing a female scientist painting a chemical structure that is reflected in nearly flowers, and which will replace the dark industrial process shown in the background. The paper was titled: N-Phenylputrescine (NPP): a natural product inspired amine donor for biocatalysis

Energy, Environmental and Sustainable Chemistry

Tackling the need for secure energy supplies and limiting society's reliance on non-sustainable feedstocks.
Sea urchin shaped sbsi crystals, taken by Tianxin Liang.

Functional Materials

Research that designs and characterises functional solids for applications ranging from energy solutions to industrial catalysis.
A young female researcher adds a sample to an NMR (Nuclear Magnetic Resonance) spectrometer

Structural Chemistry and Chemical Dynamics

Developing techniques to solve structural chemistry problems and understanding how atoms and molecules interact.