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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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Excerpt: Physicist Paolo G. Radaelli, our eighth and final Leading Light, has found Diamond’s instruments a vital part of his research aimed at replacing silicon technology with magnetic oxides.
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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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Environmental chemist Katherine Morris’s research looks at the issues surrounding how radioactive contaminants behave in natural and engineered environments.
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Scientists capture how radical electrons influence protein structure before they have time to react
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The sixth featured Leading light is resident research fellow Dr David Eastwood of the University of Manchester.
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Today we celebrate the role Diamond plays, working with our user community, in pioneering research in this challenging area
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Experiments were carried out using XChem, built around I04-1
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Project M Involved over 1000 scientists, 110 schools, 800 samples and Diamond Light Source
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A collaborative effort has resulted in a new technique to investigate quantum materials, combining strain tuning with neutron and X-ray scattering
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Our fifth Leading Light is Professor Neil Mathur, a leading researcher in materials physics at the University of Cambridge. His work deals with the physics of systems with magnetic and electronic properties, specifically electrocalorics and magnetoelectrics.
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State-of-the-art microscopy reveals quantum dot structures and informs novel synthesis techniques
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As we start a New Year, it is appropriate to reflect how Diamond’s achievements to date will impact 2024 and shape our future.
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Our fourth Leading Light is Professor Sir David Stuart, Director of Life Sciences at Diamond.
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The third installment of our Leading Light series features Professor Joanna Collingwood, lecturer at the School of Engineering at the University of Warwick and professor in the systems and information stream
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Second in our series of Leading Lights is Professor Tom Scott, professor in materials at the University of Bristol and Royal Academy of Engineering Research Chair in Advancing the Fusion Energy Cycle
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Our first Leading Light features Diamond Visiting Scientist, Dr Anna Regoutz, lecturer in Materials Chemistry at UCL and a CAMS UK Fellow
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New collaboration agreement with Johnson Matthey to strengthen links between the UK’s national synchrotrons and industry.
