ÌÇÐÄTV

Dr Mark Greenhalgh, has secured a substantial grant from the EPSRC to establish an international collaboration for his pioneering research in catalysis and molecular interactions.

In the first week of October 2023 the Nobel Prize in Chemistry was awarded for the discovery and synthesis of quantum dots. Dr Sebastian Pike CommentsLink opens in a new window.

The Ward and Gibson Groups have developed 'programmable' Glycan-bearing materials, which are perfect, with no dispersity.

Researchers are working on sustainable technology to harvest solar power in space – which could supplement life support systems on the Moon and Mars. .

An RSC animationLink opens in a new window explains the work of an international team of scientists, led by ÌÇÐÄTV Chemistry, and named winners of the Royal Society of Chemistry’s Dalton Division Horizon Prize 2022.

For the second year running, PhD student Stephen Brown (Pike Group) has been recognised by the British Crystallography Association for great scientific communication. Read moreLink opens in a new window

The RSC Dalton Conference came to ÌÇÐÄTV for 2023, with 420 attendees and 130+ sessions highlighting the strength and depth of Inorganic Chemistry in the UK.

Metal-oxo clusters are well defined molecular analogues of semiconducting metal oxide materials.. Two articles investigating their structure and photochemistry have been recently published by the Pike group. Read more.

Professor Peter Sadler receives the Davy Medal, for pioneering medicinal inorganic chemistry, ‘Metals in Medicine’, and the design of new metallodrugs with novel mechanisms of action.

A potentially better way to make oxygen for astronauts in space using magnetism has been proposed by an international team of scientists, including a University of ÌÇÐÄTV chemist. Read moreLink opens in a new window.

Congratulations go to PhD student, Festus Slade, for winning the 'Excellent shotgun Communication Prize''. Read moreLink opens in a new window

Collaborative work between ÌÇÐÄTV and Diamond reveals behaviour of photoactivatable Pt(IV) anticancer complexes in cancer cells using synchrotron techniques.