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Inducing chirality in nonchiral compounds
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Characterising the chemical form of metals in human bone cells.
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Medical imaging potential for highly fluorescent Bodipy-phosphine complexes
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Ultrafast computers on the horizon thanks to new spin charge research
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Innovative speckle technique could lead to simple imaging devices
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Understanding spin relaxation in topological insulators
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Improving efficiency of photovoltaic cells by exploring long-range ordering of nanocrystals
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Imaging magnetoelectric coupling between barium titanate substrates and nickel films
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X-ray diffraction measurements aid solving of most crystallographically complex zeolite structure published to date
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ARPES measurements reveal coherent quasiparticle states in search for superconductivity in iridates
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Sulfur content of volcanic gases linked to Mesozoic mass extinctions
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New findings offer potential to outsmart bacterial infections
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The first crystal structure of Cysteine protease from Clostridium difficile
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Investigating protein-protein interactions at high pressure with small angle X-ray scattering
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New insights into bacterial protection mechanisms published in Nature.
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Metallic deposits at sub-micron resolution improves understanding of lithium battery failure
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Research published in Nature Physics opens up the potential for a new class of materials in which spins can be controlled for possible logic applications.
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A collaboration including scientists from Diamond Light Source have helped to develop a new tool to investigate the liquid to glass transition – one of the lesser understood areas of condensed matter physics.
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Results published in Biophysical Chemistry have shown that FTIR in imaging mode can investigate biochemical processes in living cells that are related to their metabolic activity.
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Analysing defect correlations in a metal–organic framework
