This post was contributed by Oli Weber
This week I left the relatively safe confines of Bath behind to traverse the country diagonally up to Durham, a well-travelled route since Medieval times, when pilgrims would visit the shrine of St. Cuthbert hoping to find cures for gout, leprosy or demonic possession. My purpose was to attend the biennial powder diffraction school held at the University of Durham, along with scientists and engineers from all over the world.
Crystallography, the study of atomic structure using diffracted waves of X-rays, neutrons or electrons, underpins a vast amount of science and technology, including my own research into solar cell materials. Collection and analysis of the data can be far from straightforward, and we took part in a series of lectures, tutorials and computer workshops designed to help us grapple with problems from the routine to the diabolical.
The opportunity to travel to absorb new ideas and meet new people with shared research interests is without doubt one of the best parts of life in the CSCT. The evenings after the formal course were packed with social events centred on Grey College bar, or a treasure hunt around the city with crystallographically themed cryptic clues.
All in all, this was an excellent course for reinforcing theory and technical knowledge in structure refinement techniques. I’d like to thank the course organisers, particularly Professor John and Dr Ivana Evans, as well as the CSCT for funding my participation.
Oli is in his third year of the CSCT, studying towards his PhD on "Optimizing energy harvesting processes in metal halide photovoltaics" with Professor Mark Weller and Professor Chris Bowen.