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    Novel crystallography beamline takes delivery of in vacuum X-ray detector

    Novel crystallography beamline takes delivery of in vacuum X-ray detector Apr 4, 2014

    Diamond is celebrating an important milestone this month as a 2 year project to design and build a highly specialised in vacuum X-ray detector for its new long wavelength life science beamline enters the commissioning phase. The beamline, one of the most ambitious macromolecular crystallography (MX) beamlines to be built anywhere in the world, will facilitate challenging research on DNA, RNA, native proteins and other building blocks of life.

  • news
    Synchrotron light reveals 50 million year old hungry caterpillar

    Synchrotron light reveals 50 million year old hungry caterpillar Mar 28, 2014

    Diamond helps scientists identify the bite marks of a 50 million year-old caterpillar

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    “New instrument in scientists’ toolbox”

    “New instrument in scientists’ toolbox” Mar 28, 2014

    THz Coherent Synchrotron Radiation for probing water-protein interaction. The latest published paper using data from the Multimode InfraRed Imaging and Microspectroscopy (MIRIAM) beamline (B22) at Diamond Light Source has shown how far InfraRed (IR) radiation can be used to understand water interaction with protein systems at the molecular level.

  • news
    ‘Big Science’ uncovers another piece in the Alzheimer’s puzzle

    ‘Big Science’ uncovers another piece in the Alzheimer’s puzzle Mar 26, 2014

    Scientists have used Diamond to uncover one of the key causes of Alzheimer's

  • news
    Italian Ambassador visits Diamond Light Source

    Italian Ambassador visits Diamond Light Source Mar 24, 2014

    Ambassador Pasquale Terracciano met top scientists and saw cutting-edge facilities at the leading UK scientific facility

  • highlight
    Hematite can lock the door on uranium contamination

    Hematite can lock the door on uranium contamination Mar 17, 2014

    X-ray spectroscopy techniques at Diamond have given scientists a new insight into the behaviour of uranium during deep disposal of radioactive waste. Many countries will use geological disposal facilities as the final way to dispose of radioactive wastes and so it is important to be able to predict the behaviour and potential impacts of uranium under alkaline conditions relevant to deep disposal. The effectiveness of iron (oxyhydr)oxides to reduce the mobility of uranium is well known due to ...

  • news
    The scientist, the schoolchildren and the crystals

    The scientist, the schoolchildren and the crystals Mar 1, 2014

    Diamond scientist visits primary school to bring the wonder of science to children

  • highlight
    The weak effect that can determine magnetic twisting

    The weak effect that can determine magnetic twisting Feb 20, 2014

    Researchers working at Diamond Light Source and the European Synchrotron Radiation Facility (ESRF) have combined a novel experimental technique with a sophisticated modelling method to investigate the interactions between atoms that can result in the twisting of atomic-scale magnetism within a crystal.

  • news
    Diamond at the Museum

    Diamond at the Museum Feb 14, 2014

    Exhibitions, talks and workshops at the Abingdon Museum

  • news
    Scientists use Diamond to develop potential new drug treatment to tackle viruses

    Scientists use Diamond to develop potential new drug treatment to tackle viruses Feb 10, 2014

    New compound could help tackle hand foot and mouth disease, polio and the common cold

  • news
    Studentship

    Studentship Feb 7, 2014

    Calling aspiring scientists: applications for placement scheme close 1 March 2014

  • news
    Rt Hon Greg Clark visits Diamond Light Source

    Rt Hon Greg Clark visits Diamond Light Source Feb 7, 2014

    Minister visits UK synchrotron

  • news
    Diamond celebrates International Year of Crystallography

    Diamond celebrates International Year of Crystallography Feb 6, 2014

    Year of glittering celebrations begins

  • news
    Science in Your Future: Diamond's event for girls

    Science in Your Future: Diamond's event for girls Feb 6, 2014

    Diamond inspires students with science

  • highlight
    Finding the key to combating bacterial resistance to a common antiseptic

    Finding the key to combating bacterial resistance to a common antiseptic Jan 27, 2014

    Research performed at Diamond Light Source has helped to understand how a bacterium responsible for many hospital-acquired infections is able to resist one of the most widely used antiseptic agents. By using ultraviolet light to perform circular dichroism measurements of the proteins within the cells, the scientists were able to characterise a previously unknown method by which the antiseptic could be actively transported out of the cell.

  • news
    New CEO of Diamond Light Source

    New CEO of Diamond Light Source Jan 1, 2014

    Professor Andrew Harrison appointed

  • news
    Diamond in Action: 2013

    Diamond in Action: 2013 Dec 17, 2013

    Highlights from the synchrotron in 2013

  • news
    Funding announced for new biological facilities at Diamond

    Funding announced for new biological facilities at Diamond Dec 16, 2013

    New cutting-edge facility planned for Diamond

  • Diamond Facts and Figures

    Diamond Facts and Figures Dec 10, 2013

    The key stats behind one of the world's most advanced scientific machines

  • news
    National science facility sheds light on the future of the car

    National science facility sheds light on the future of the car Nov 22, 2013

    The iCAR 2013 automotive conference

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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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