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Using our I03 beamline to investigate in atomic detail how a plant protein is specifically targeted by the blast fungus
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A collaboration with the NPL is pushing the boundaries of accurately generating and measuring ultra-small movements to benefit Diamond’s beamlines
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Synchrotron techniques offer insights into how best to decommission the damaged nuclear power plant at Fukushima
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Synchrotron studies showing complex interactions between uranium, strontium and silicates offer vital information for safe long-term storage of nuclear waste
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A combination of techniques explores how radiation will damage the superconducting magnets essential for fusion tokamak power plants
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Specific catalysts to clean water: using the high versatility of B18 for XAS
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A combination of analytical techniques shows that flavour compounds have the potential to affect protein functions
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Synchrotron imaging shows that spent battery anodes can be upcycled
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Probing the hierarchical structure of the cornea to develop better eye disease treatments
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A better understanding of Carbon Fibre Reinforced Polymer composites will lead to more efficient designs and lower emissions
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Structural insights pave the way for development of new vaccines and therapies against rabies
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Multiple sources help define the structure of enzymes at room temperature
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A novel synchrotron technique offers 3D images of magma crystallisation in real-time
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A new synchrotron X-ray technique shows how HSV-1 changes infected cells into virus factories
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Circular dichroism on B23 uncovers the irregular structure of infectious prions
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RIXS uncovers the hidden world of higher order magnetic excitations
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Synchrotron techniques uncover similarities between ferroics at the atomic level
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Detailed 3D scans of insect eyes could offer insights into how climate change will affect different species
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Scientists use Diamond to investigate how marine clay minerals protect organic carbon from remineralisation
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Looking to the world’s oceans for next generation materials
