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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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Scientists capture how radical electrons influence protein structure before they have time to react
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Experiments were carried out using XChem, built around I04-1
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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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State-of-the-art microscopy reveals quantum dot structures and informs novel synthesis techniques
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Diamond celebrates 13,000th paper
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Cutting-edge imaging techniques unlock the secrets of nature's decomposers
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A team of researchers from the University of Liverpool and Imperial College London aimed to fabricate a crystalline membrane using a porous organic cage molecule (POC)
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Cryo-imaging reveals how cells efficiently store the genome
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Small-angle X-ray scattering allowed researchers to capture a crucial interaction between two proteins involved in the inflammation response
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Synchrotron studies show laser annealing is a simpler route to thermochromic VO2 thin films
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X-ray studies offer insights into next-generation catalysts for CO2 utilisation
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Synchrotron studies highlight the toxic legacy of ground-breaking 14th century art techniques
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The dynamics of magnetic metamaterials offer a path to low-energy, next-gen computing
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Blood proteins usurp drugs from cancer cells, finds study using Diamond's B23 beamline
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Resonant Elastic X-ray Scattering (REXS) confirms EuIn2As2 as a potential axion insulator
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Synchrotron and neutron studies show cooking oil residues deposited on windows can harbour toxic chemicals
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Synchrotron IR studies explain the difference in dielectric properties of two related zeolitic imidazolate frameworks
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Synchrotron studies offer hope for novel treatments for Chagas disease and leishmaniasis
