We are pleased to announce the Deuteration for Neutron Scattering (DEUNET) workshop, organised jointly by the STFC Deuteration facility and the DEUNET European Deuteration Network, which will be held at the Oxford Spires Hotel, Oxford, UK from 15-17th of May 2017.
A mystery surrounding three stone-like objects found within the pelvic region of a 12,000-year-old human skeleton has been solved thanks to the analytical capability of the UK’s neutron beam research facility.
Scientists from the Universities of Bath and Cambridge have developed a new, green synthetic route for cerium oxide (ceria) – an important component in catalytic converters and solid oxide fuel cells – using neutron diffraction to determine the mechanism of reaction.
Minimising payload is vital in aviation and space applications, and one option is to replace conventional inorganic electronics with organic-based devices. Organic semiconductors, in particular, are carbon-based materials that combine the excellent mechanical characteristics of organic materials, being robust, flexible and lightweight, with the optoelectronic properties of semiconducting systems. However, any electronics used in space or high in the atmosphere are subject to bombardment by cosmic rays, which can generate neutrons that cause damage through neutron-nucleus collisions.
Scientists have identified a potential new target for the development of anticancer drugs against metastatic breast cancer. In a novel series of experiments, whole human cells were analysed with neutrons for the first time and the results revealed that the water within cells responded to the widely used chemotherapy drug, cisplatin. This study highlights the potential of intracellular water as an additional target for the development of new anticancer drugs, which could lead to higher efficiency, fewer cases of acquired resistance and less deleterious secondary drug effects in the treatment of breast cancer.