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State-of-the-art synchrotron techniques probe the secrets of viral occlusion bodies
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news
On Friday 26th April, His Majesty the King’s Lord-Lieutenant of Oxfordshire, Mrs Marjorie Glasgow BEM, made her first visit to Diamond
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Synchrotron studies that small clusters of atoms may be the most active species for some catalytic reactions
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Work led by Ivo Tews at the University of Southampton using techniques including serial crystallography at I24 and at SACLA
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Offline SAXS studies explore the morphology of new CO2-derived thermoplastic elastomers
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Researchers from the University of Manchester used Diamond's B22 and I11 beamlines to enable the visualisation of Zr-MOFs at the atomic level
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New five-year agreement to facilitate collaboration between the NPL and Diamond
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An accelerated view of our science, construction, and more
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industry
Scientists @at UCL have found a cost-effective way to neutralise the effects of #COVID infection using Llama-derived nanobodies. They used bioSAXS ...
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Researchers completed MX experiments at Diamond to understand the changes in the ZP proteins after fertilisation of an egg.
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The first high-resolution 3D synchrotron X-ray fluorescence (XRF) mapping of a coccolith
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Diamond's state-of-the-art facilities allow users to explore the bizarre behaviour of matter in extreme conditions
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industry
Our dedicated team of experts are each specialist in their particular field. Here we meet Izzy Barker, our Technician for the XChem platform.
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leading light
Excerpt: Physicist Paolo G. Radaelli, our eighth and final Leading Light, has found Diamond’s instruments a vital part of his research aimed at ...
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Researchers have used single particle cryo-EM at eBIC to provide the first structural basis of auxin transport by PIN proteins
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A UK collaboration explored the transformative impact of twist angles on the electronic structure of 2D materials
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The sustainable production of pentadienes from renewable resources is a vitally important and urgent task
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leading light
Environmental chemist Katherine Morris’s research looks at the issues surrounding how radioactive contaminants behave in natural and engineered ...
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Scientists capture how radical electrons influence protein structure before they have time to react
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leading light
The sixth featured Leading light is resident research fellow Dr David Eastwood of the University of Manchester.