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    Annual Review: Materials

    Annual Review: Materials Jul 12, 2016

    Controlling the warp and weft of molecules that are knitted together

  • highlight
    Annual Review: Materials

    Annual Review: Materials Jul 11, 2016

    How do dislocations shuffle to grow crystals?

  • highlight
    Annual Review: Materials

    Annual Review: Materials Jul 11, 2016

    Quantifying bone bridging across longitudinal growth zones in the tibia

  • highlight
    Annual Review: Materials

    Annual Review: Materials Jul 8, 2016

    New imaging technique to map multiple elements during the solidification of alloys

  • highlight
    Annual Review: MX

    Annual Review: MX Jul 8, 2016

    Autophagy receptor for endoplasmic reticulum turnover

  • highlight
    Understanding chromatin regulators

    Understanding chromatin regulators Jul 8, 2016

    Studies reveal mechanism and structure of potential drug targets

  • highlight
    Annual Review: Materials

    Annual Review: Materials Jul 4, 2016

    Faster, higher resolution phase-based 3D X-ray images with a beam-tracking approach

  • news
    CEO Welcome

    CEO Welcome Jul 4, 2016

    Andrew Harrison introduces the Annual Review

  • news
    Royal Society exhibition July 2016

    Royal Society exhibition July 2016 Jul 4, 2016

    Volcanoes & ice cream

  • news
    Anticancer drug stops Ebola virus

    Anticancer drug stops Ebola virus Jun 29, 2016

    Molecule structure solved

  • news
    Diamond's Annual Review 2015/16

    Diamond's Annual Review 2015/16 Jun 27, 2016

    Key findings from the past year

  • news
    Diamond shines light on Henry Moseley’s work at science film festival

    Diamond shines light on Henry Moseley’s work at science film festival Jun 21, 2016

    Diamond is hosting a film night as part of the Oxfordshire Science Festival on Sunday 26th June at the Phoenix cinema in Jericho, Oxford from 6-8pm.

  • highlight
    Characterising an elusive catalyst

    Characterising an elusive catalyst Jun 10, 2016

    Highly active mineral made in bulk for the first time and studied at Diamond

  • news
    Watching Solar Panel Crystals Grow: A Cheaper, More Versatile Future

    Watching Solar Panel Crystals Grow: A Cheaper, More Versatile Future May 27, 2016

    A new study has observed the way perovskite crystals grow, the results of which could lead to cheaper, more versatile solar panels.

  • Diamond's Key Milestones

    Diamond's Key Milestones May 25, 2016

    A selection of memorable moments & discoveries from the UK synchrotron

  • news
    Scientists track charge in future fuel cell material

    Scientists track charge in future fuel cell material May 18, 2016

    Scientists have mapped the movement of charge through a designer material for the first time by using a combination of X-ray and neutron techniques.

  • news
    Type 1 diabetes and the immune system: scientists uncover another piece of the puzzle

    Type 1 diabetes and the immune system: scientists uncover another piece of the puzzle May 17, 2016

    Investigating the role of T-cells in the type 1 diabetes

  • Henry Moseley: Science’s Lost Hero

    Henry Moseley: Science’s Lost Hero May 17, 2016

    Diamond’s latest film, Henry Moseley: Science’s Lost Hero, highlights the astonishing work of the young scientist and recalls his tragic end, exploring the impact of his research on modern science.

  • highlight
    Getting a grip on skyrmions

    Getting a grip on skyrmions May 13, 2016

    A new material promises huge leaps in computer data storage

  • news
    Study reveals unprecedented control of negative thermal expansion

    Study reveals unprecedented control of negative thermal expansion May 12, 2016

    An international team of scientists led by Oxford University’s Dr Mark Senn have successfully demonstrated that a material can be manipulated to expand or contract at different rates when its temperature is changed.

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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 Light Source Ltd
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.

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