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In a novel achievement, researchers at Diamond InfraRed beamline have directly captured the molecular changes between three-dimensional (bulk) water and two-dimensional confined water
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Researchers have developed a powerful new X-ray technique that captures magnetic motion in unprecedented detail.
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A research team from the University of Reading, the University of East London, the University of Chicago and Diamond Light Source have used zinc-specific advanced X-ray spectroscopy available at the I20-Scanning beamline to investigate what factors impact reactivity ‘at’ zinc.
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As the world marks Earth Day, we highlight research enabled by Diamond Light Source that showcases how synchrotron science is driving a more renewable, sustainable future.
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Researchers from Umeå University and Lund University, working with large scale facilities including the ISIS Neutron and Muon Source, the Institut Laue-Langevin, the European Spallation Source and Diamond Light Source, used an integrated combination of techniques to investigate how the Bax and Bcl-2 proteins involved in regulating programmed cell death, or apoptosis, interact at the surface of the mitochondrial outer membrane.
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Marking B18’s 1,000th publication in Diamond’s database, this study showcases the significant impact the beamline continues to have on cutting-edge research.
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Researchers developed a greener, solvent-free “glue” electrolyte for solid-state batteries that enhances ion conductivity and stability while reducing environmental impact and processing costs.
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Time-resolved resonant elastic X-ray scattering reveals that when a “helimagnet” - a magnet whose moments form a spiral - is driven by microwaves, it emits a wireless signal that drives a neighbouring simple ferromagnet to oscillate in unison.
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Scientists at Diamond used synchrotron radiation circular dichroism to rapidly screen and identify promising G-quadruplex-targeting drug candidates with high sensitivity and minimal sample use.
