Sung is working on a project to include refinement of anharmonic atomic displacement parameters in CRYSTALS. When he is not in the office, he can be found at Oxford Entrepreneur’s club, on the squash court, the real-tennis court, or injuring himself playing rugby for St Edmund Hall.
James is developing new anisotropic motion restraints for the CRYSTALS refinement software. When not in the lab or Exeter bar, he can be found collaborating with the cylons, usually to the detriment of the twelve colonies of humanity.
Jérôme’s Part II project used machine learning techniques to develop predictive models for crystallisation. He has returned to the group for a further 3 years and will be extending his earlier work to the study materials at the edge of crystallinity. He is currently serving as captain of Worcester MCR football team.
The meeting included a tour of the synchrotron and a full programme of talks by local speakers, focussed on the use of synchrotron radiation as a structural probe.
1:15 pm Dr. Harriott Nowell (Diamond) Introduction and Welcome
1:20 pm Dr. Steve Thompson (Diamond) “I11 Upgrade Project”
1.50 pm Dr. Philip Chater (Diamond) “Structural Chemistry Through the Length Scales”
2.20 pm Tours, Tea, Coffee and Posters in R22
3.50 pm Dr. Anna Warren (Diamond) “X-ray Imaging as a Tool for Crystal Location”
4.10 pm Jon Treacy (Diamond/Manchester) “SXRD of Metal Oxides”
4.30 pm Rich Knighton (Oxford) “Towards Selective Anion Binding By Templated Interlocked Structures”
4.50 pm Karim Sutton (Oxford) “Big Methods for Small Molecules”
5.10 pm Drinks reception and Posters
The meeting closed with the award of prizes for best posters.
This year the European Crystsallographic Meeting was hosted in the UK for the first time since 1977. The meeting at the University of Warwick co-incided with the Bragg Centenary and included a fantastic collection of historical artefacts associated with the Braggs including scientific instruments, models, letters, portraits and notebooks organized by Mike Glazer and Pam Thomas.
Contributions originating from Chem. Cryst. included:
Richard I. Cooper
Space groups and symmetry (ECACOMSIG Computing School lecture and workshop)
Alternative criteria for optimal data collection strategy (Talk in the Photocrystallography session)
Molecular Modulated Structures: Rare Today, Ubiquitous Tomorrow? (Talk in Aperiodic Crystals: Structure, Dynamics and Magnetism session)
The 21st International Conference on the Chemistry of the Organic Solid State was held from 5th-9th August 2013 at St Catherine’s College in Oxford. ICCOSS deals with various aspects of the crystalline state and reactivity of organic and hybrid materials from preparation to characterization. It includes the investigation of crystal structures and supramolecular architectures, crystal growth and design, inclusion compounds, topochemical reactions, nanostructures, heterogeneous interfaces.
Amber Thompson presented a talk entitled Modulated structures: a curiosity today, ubiquitous tomorrow? and Richard Cooper presented work carried out with Jerome Wicker: Will it Crystallize?
The Annual Meeting of the American Crytsallographic Association was held from July 20-24 in Honolulu, Hawaii. The programme included a broad range of crystallographic topics on structure validation, materials for a sustainable future, structural enzymology, thin films, data mining, and neutron & synchrotron sources.
Karim Sutton represented Chem Cryst, and was awarded a Margaret C. Etter Student Lecturer Award for his contribution on the application of macromolecular phasing techniques to small molecule crystallography. Andrew Cairns from Oxford also attended and gave a talk on designing new materials with large negative linear compressibility, for which he was also awarded a Student Lecturer Award. Congratualtions to them both!
Richard Cooper will be leading the first walk on 30th May entitled “How Do we Know what Molecules Look Like?” A rich variety of molecules occur naturally in plants and some have incredible properties: from bitter tastes to anti-cancer activity. This walk will take in plants in the Botanic Garden from which interesting molecules have been discovered and describe how we can use analytical techniques to understand their shape and functions.
These guided walks will take place at 6.30pm at the Botanic Garden and will last approximately an hour followed by a glass of wine or soft drink. Tickets are avaliable from the University web site.
Pascal is a senior post-doctoral researcher working on refinement and analysis of diffraction from very short lived excited state chemical species. He obtained a PhD with Dr Mark Murrie at Glasgow University studying the effects of pressure on single molecular magnets, and has since held posts at Utrecht University and University of Nancy working on software development and time-resolved diffraction. Pascal maintains a personal blog on chemical and crystallographic software matters, and in his spare time enjoys hiking and genealogy.