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    Caging Chromophores Offers a Bright Future for Organic Optoelectronics

    Caging Chromophores Offers a Bright Future for Organic Optoelectronics Mar 13, 2023

    A self-assembled supramolecular cage preserves the optoelectronic properties of a common chromophore

  • news
    Diamond launches major recruitment campaign to promote STEM careers at AAAS international science conference

    Diamond launches major recruitment campaign to promote STEM careers at AAAS international science conference Mar 3, 2023

    Shining a light on career pathways in world-changing science

  • news
    Big aspirations and inspiration for STEM careers at AAAS

    Big aspirations and inspiration for STEM careers at AAAS Feb 23, 2023

    A workshop on March 3rd at the prestigious AAAS science conference in Washington DC will shine a light on career pathways in Diamond's world-changing science

  • highlight
    What Happens to MOFs Under Pressure?

    What Happens to MOFs Under Pressure? Feb 23, 2023

    Porous crystalline materials can exhibit unexpected behaviour at high pressure

  • highlight
    Novel acquisition scheme transforms I13-1 into the Fastest X-ray Ptychography Beamline

    Novel acquisition scheme transforms I13-1 into the Fastest X-ray Ptychography Beamline Feb 17, 2023

    New acquisition scheme for data collection has dramatically improved the speed of X-ray ptychography on I13-1, offering many benefits to users

  • highlight
    RIXS Shows Flat-Band Stoner Excitations in a Kagome Semimetal

    RIXS Shows Flat-Band Stoner Excitations in a Kagome Semimetal Feb 3, 2023

    A sensitive synchrotron technique uncovers exotic behaviour important to next-gen electronics

  • highlight
    Mixing It Up: Can Sulfobetaines Help with Drug Delivery?

    Mixing It Up: Can Sulfobetaines Help with Drug Delivery? Jan 26, 2023

    Synchrotron studies shed light on the structure of phospholipid-sulfobetaine monolayers

  • highlight
    Cement May Hold the Key to Chromium Remediation

    Cement May Hold the Key to Chromium Remediation Jan 20, 2023

    Synchrotron studies show an aluminium compound can remove toxic chromium from polluted water

  • news
    Diamond Light Source signs MoU with The University of Oxford to accelerate pandemic preparedness

    Diamond Light Source signs MoU with The University of Oxford to accelerate pandemic preparedness Jan 12, 2023

    Oxford’s giants of science announce new collaboration to accelerate pandemic preparedness, structure-based drug discovery and vaccine design

  • news
    Highlighting Student Opportunities for 2023

    Highlighting Student Opportunities for 2023 Jan 6, 2023

    Explore all our student programmes for 2023. Hurry to submit your Summer Placement applications, as the deadline is this Sunday!

  • Modelling proteins to help better understand autoimmune disease

    Modelling proteins to help better understand autoimmune disease Dec 21, 2022

    The unique long-wavelength MX beamline at Diamond helps model a key protein involved in a rare autoimmune disease

  • news
    Ancient asteroid grains provide insight into the evolution of our solar system

    Ancient asteroid grains provide insight into the evolution of our solar system Dec 19, 2022

    Diamond was used to study grains collected from a near-Earth asteroid to further our understanding of the evolution of our solar system

  • highlight
    New research to understand disease resistance in crops

    New research to understand disease resistance in crops Dec 15, 2022

    Using our I03 beamline to investigate in atomic detail how a plant protein is specifically targeted by the blast fungus

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    Getting the measure of tiny angles

    Getting the measure of tiny angles Dec 7, 2022

    A collaboration with the NPL is pushing the boundaries of accurately generating and measuring ultra-small movements to benefit Diamond’s beamlines

  • news
    New Active Materials Lab opens at Diamond Light Source

    New Active Materials Lab opens at Diamond Light Source Nov 30, 2022

    First ever handling facility of this kind at a synchrotron, allowing experiments previously impossible in the UK

  • highlight
    Investigating the complex radioactive materials entombed at Fukushima

    Investigating the complex radioactive materials entombed at Fukushima Nov 30, 2022

    Synchrotron techniques offer insights into how best to decommission the damaged nuclear power plant at Fukushima

  • highlight
    Understanding how strontium-90 interacts with uranium in spent nuclear fuel storage

    Understanding how strontium-90 interacts with uranium in spent nuclear fuel storage Nov 30, 2022

    Synchrotron studies showing complex interactions between uranium, strontium and silicates offer vital information for safe long-term storage of nuclear waste

  • highlight
    How will neutron irradiation affect the superconducting magnets in fusion power plants?

    How will neutron irradiation affect the superconducting magnets in fusion power plants? Nov 30, 2022

    A combination of techniques explores how radiation will damage the superconducting magnets essential for fusion tokamak power plants

  • highlight
    A single step water treatment for arsenic decontamination

    A single step water treatment for arsenic decontamination Nov 25, 2022

    Specific catalysts to clean water: using the high versatility of B18 for XAS

  • news
    12,000th paper from the UK’s synchrotron pushes the boundaries of studying proteins in motion

    12,000th paper from the UK’s synchrotron pushes the boundaries of studying proteins in motion Nov 18, 2022

    A powerful contribution of serial crystallography on a world-class beamline to mark a Diamond publication milestone

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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.