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  • highlight
    Surface Secrets: Understanding Stainless Steel's Resistance to Hydrogen Embrittlement

    Surface Secrets: Understanding Stainless Steel's Resistance to Hydrogen Embrittlement May 10, 2024

    Synchrotron studies will help build safe hydrogen energy infrastructure

  • news
    The Mona Lisa of fossils secretly visits Diamond

    The Mona Lisa of fossils secretly visits Diamond May 9, 2024

    Is it a bird… or a dinosaur? A special 150-million-year-old Ostromia crassipes fossil up close on the I18 beamline

  • highlight
    70 Years in the Making: A Historical Virus Sample Reveals a Novel Protein Structure

    70 Years in the Making: A Historical Virus Sample Reveals a Novel Protein Structure May 3, 2024

    State-of-the-art synchrotron techniques probe the secrets of viral occlusion bodies

  • news
    Diamond Light Source welcomes His Majesty the King’s Lord-Lieutenant of Oxfordshire

    Diamond Light Source welcomes His Majesty the King’s Lord-Lieutenant of Oxfordshire Apr 30, 2024

    On Friday 26th April, His Majesty the King’s Lord-Lieutenant of Oxfordshire, Mrs Marjorie Glasgow BEM, made her first visit to Diamond

  • highlight
    Exploring the Dynamics of Catalysis: Single Atoms vs. Nanoparticles

    Exploring the Dynamics of Catalysis: Single Atoms vs. Nanoparticles Apr 19, 2024

    Synchrotron studies that small clusters of atoms may be the most active species for some catalytic reactions

  • news
    Using X-rays to understand how marine bacteria manage iron scarcity making it the most successful photosynthetic organism on Earth

    Using X-rays to understand how marine bacteria manage iron scarcity making it the most successful photosynthetic organism on Earth Apr 16, 2024

    Work led by Ivo Tews at the University of Southampton using techniques including serial crystallography at I24 and at SACLA

  • highlight
    From Greenhouse Gas to Green Synthesis: CO<sub>2</sub> as a Raw Material for Next-Generation Polymers

    From Greenhouse Gas to Green Synthesis: CO2 as a Raw Material for Next-Generation Polymers Apr 10, 2024

    Offline SAXS studies explore the morphology of new CO2-derived thermoplastic elastomers

  • highlight
    Capturing sulphur dioxide in zirconium-based metal-organic frameworks (MOFs)

    Capturing sulphur dioxide in zirconium-based metal-organic frameworks (MOFs) Apr 4, 2024

    Researchers from the University of Manchester used Diamond's B22 and I11 beamlines to enable the visualisation of Zr-MOFs at the atomic level

  • news
    Leading UK Science facilities announce new five-year collaboration

    Leading UK Science facilities announce new five-year collaboration Apr 2, 2024

    New five-year agreement to facilitate collaboration between the NPL and Diamond

  • news
    Celebrating 22 years of Diamond Light Source

    Celebrating 22 years of Diamond Light Source Mar 27, 2024

    An accelerated view of our science, construction, and more

  • Understanding fertility issues in animals

    Understanding fertility issues in animals Mar 20, 2024

    Researchers completed MX experiments at Diamond to understand the changes in the ZP proteins after fertilisation of an egg.

  • news
    “Stripy” algae tell us more about possibilities in material design

    “Stripy” algae tell us more about possibilities in material design Mar 13, 2024

    The first high-resolution 3D synchrotron X-ray fluorescence (XRF) mapping of a coccolith

  • news
    Under Pressure: Exploring Matter at or under Extreme Conditions at Diamond

    Under Pressure: Exploring Matter at or under Extreme Conditions at Diamond Mar 8, 2024

    Diamond's state-of-the-art facilities allow users to explore the bizarre behaviour of matter in extreme conditions

  • leading light
    Leading Light: Professor Paolo G. Radaelli

    Leading Light: Professor Paolo G. Radaelli Mar 4, 2024

    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.

  • highlight
    Understanding the Power of Movement in Plants

    Understanding the Power of Movement in Plants Feb 29, 2024

    Researchers have used single particle cryo-EM at eBIC to provide the first structural basis of auxin transport by PIN proteins

  • highlight
    From Theory to Confidence: Building Trust in Twistronics Models

    From Theory to Confidence: Building Trust in Twistronics Models Feb 23, 2024

    A UK collaboration explored the transformative impact of twist angles on the electronic structure of 2D materials

  • highlight
    Control of zeolite microenvironment for biomass conversion

    Control of zeolite microenvironment for biomass conversion Feb 20, 2024

    The sustainable production of pentadienes from renewable resources is a vitally important and urgent task

  • leading light
    Leading Light: Professor Katherine Morris

    Leading Light: Professor Katherine Morris Feb 19, 2024

    Environmental chemist Katherine Morris’s research looks at the issues surrounding how radioactive contaminants behave in natural and engineered environments.

  • highlight
    Taking candid shots of radical proteins

    Taking candid shots of radical proteins Feb 9, 2024

    Scientists capture how radical electrons influence protein structure before they have time to react

  • leading light
    Leading Light: Dr David Eastwood

    Leading Light: Dr David Eastwood Feb 5, 2024

    The sixth featured Leading light is resident research fellow Dr David Eastwood of the University of Manchester.

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Diamond Light Source is the UK's national synchrotron science facility, located at the Harwell Science and Innovation Campus in Oxfordshire.

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Harwell Science & Innovation Campus
Didcot
Oxfordshire
OX11 0DE

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