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    Creating a future without cancer

    Creating a future without cancer Feb 4, 2024

    Today we celebrate the role Diamond plays, working with our user community, in pioneering research in this challenging area

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    Fragment screening offers new leads in the search for Alzheimer's treatments

    Fragment screening offers new leads in the search for Alzheimer's treatments Jan 30, 2024

    Experiments were carried out using XChem, built around I04-1

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    Innovative School Citizen Science Project Published in CrystEngComm

    Innovative School Citizen Science Project Published in CrystEngComm Jan 29, 2024

    Project M Involved over 1000 scientists, 110 schools, 800 samples and Diamond Light Source

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    Strain could have massive potential to squeeze new information out of quantum materials

    Strain could have massive potential to squeeze new information out of quantum materials Jan 23, 2024

    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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    Leading Light: Neil Mathur

    Leading Light: Neil Mathur Jan 22, 2024

    Our fifth Leading Light is Professor Neil Mathur, a leading researcher in materials physics at the University of Cambridge. His work deals with the physics of systems with magnetic and electronic properties, specifically electrocalorics and magnetoelectrics.

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    Illuminating the Future: A Game-Changing Approach to Quantum Dot Production

    Illuminating the Future: A Game-Changing Approach to Quantum Dot Production Jan 17, 2024

    State-of-the-art microscopy reveals quantum dot structures and informs novel synthesis techniques

  • news
    New Year Message

    New Year Message Jan 9, 2024

    As we start a New Year, it is appropriate to reflect how Diamond’s achievements to date will impact 2024 and shape our future.

  • leading light
    Leading Light: Professor Sir David Stuart

    Leading Light: Professor Sir David Stuart Jan 8, 2024

    Our fourth Leading Light is Professor Sir David Stuart, Director of Life Sciences at Diamond.

  • leading light
    Leading Light: Professor Joanna Collingwood

    Leading Light: Professor Joanna Collingwood Jan 1, 2024

    The third installment of our Leading Light series features Professor Joanna Collingwood, lecturer at the School of Engineering at the University of Warwick and professor in the systems and information stream

  • leading light
    Leading Light: Professor Tom Scott

    Leading Light: Professor Tom Scott Dec 25, 2023

    Second in our series of Leading Lights is Professor Tom Scott, professor in materials at the University of Bristol and Royal Academy of Engineering Research Chair in Advancing the Fusion Energy Cycle

  • leading light
    Leading Light: Dr Anna Regoutz

    Leading Light: Dr Anna Regoutz Dec 20, 2023

    Our first Leading Light features Diamond Visiting Scientist, Dr Anna Regoutz, lecturer in Materials Chemistry at UCL and a CAMS UK Fellow

  • news
    Diamond and Johnson Matthey invest in world-class materials characterisation

    Diamond and Johnson Matthey invest in world-class materials characterisation Dec 19, 2023

    New collaboration agreement with Johnson Matthey to strengthen links between the UK’s national synchrotrons and industry.

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    Diamond celebrates 13,000th paper - Unlocking the Full Potential of Fischer−Tropsch Synthesis Catalysts

    Diamond celebrates 13,000th paper - Unlocking the Full Potential of Fischer−Tropsch Synthesis Catalysts Dec 18, 2023

    Diamond celebrates 13,000th paper

  • news
    Possible first ever synchrotron-based analysis of asteroid Bennu to be performed at Diamond by scientists from the Natural History Museum

    Possible first ever synchrotron-based analysis of asteroid Bennu to be performed at Diamond by scientists from the Natural History Museum Dec 14, 2023

    These measurements may reveal insights into the origins of life in our solar system

  • leading light
    Introducing Leading Light

    Introducing Leading Light Dec 13, 2023

    Join us over the festive period for an illuminating video series focussing on our user community.

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    From Plant Waste to Petrol Tanks: Using Nature's Solution to Break Down Biomass

    From Plant Waste to Petrol Tanks: Using Nature's Solution to Break Down Biomass Dec 11, 2023

    Cutting-edge imaging techniques unlock the secrets of nature's decomposers

  • highlight
    Designing 'smart' crystalline membranes for graded molecular sieving

    Designing 'smart' crystalline membranes for graded molecular sieving Dec 8, 2023

    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)

  • highlight
    A closer look at how cells package DNA

    A closer look at how cells package DNA Dec 1, 2023

    Cryo-imaging reveals how cells efficiently store the genome

  • highlight
    Intercepting the Inflammation Signal

    Intercepting the Inflammation Signal Nov 24, 2023

    Small-angle X-ray scattering allowed researchers to capture a crucial interaction between two proteins involved in the inflammation response

  • highlight
    Laser-Induced Crystallisation Offers a Quicker Route to Smart Windows

    Laser-Induced Crystallisation Offers a Quicker Route to Smart Windows Nov 15, 2023

    Synchrotron studies show laser annealing is a simpler route to thermochromic VO2 thin films

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Diamond Light Source

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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Diamond House
Harwell Science & Innovation Campus
Didcot
Oxfordshire
OX11 0DE

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Registered in England and Wales at Diamond House, Harwell Science and Innovation Campus, Didcot, Oxfordshire, OX11 0DE, United Kingdom. Company number: 4375679. VAT number: 287 461 957. Economic Operators Registration and Identification (EORI) number: GB287461957003.