James Mitchell Crow

James Mitchell Crow

James Mitchell Crow is an organic chemist by training.

He began his science journalism career in 2007 at Chemistry World, where he was shortlisted for several awards, including Features Writer of the Year at the UK Magazine Design and Journalism Awards. In 2009 he joined New Scientist in London as a features editor. In 2010 he moved to Australia and wrote freelance for several years, for publications including New Scientist and Nature, before joining COSMOS magazine as deputy editor. After 3 years at COSMOS, during which time he won the Crawford Fund Journalism Award, James returned to freelance science writing in 2016.

  • Battery research

    Building better batteries


    The next generation of battery technologies might pack significantly more power into the electric cars and mobile devices of the future. James Mitchell Crow reports

  • Robot synthesis

    The robots revolutionising chemistry


    Researchers working with automated systems are pushing the boundaries of what chemists can achieve in the lab, reports James Mitchell Crow

  • Molecular electronics diagram

    When will molecular electronics make the connection?


    Computer chips based on single molecules may remain a work in progress, finds James Mitchell Crow but the technologies developed along the way are being used by chemists to explore their reactions

  • Thunderstorm

    A lightning burst of chemistry


    Trying to understand the chemistry that occurs around immensely powerful but short-lived lightning bolts is a feat in itself. James Mitchell Crow looks for a flash of inspiration

  • Bioorthogonal chemistry

    The bioorthogonal revolution


    A set of reactions operating silently inside live cells or whole animals are lighting up chemical biology and inspiring new medicines, James Mitchell Crow finds

  • An image showing electrosynthesis

    Wiring up organic synthesis


    James Mitchell Crow talks to the organic chemists using electrochemistry to add or remove electrons to their molecules at the flick of a switch

  • An image showing a cell transplantation device and fluorescent cells

    Keeping cell therapy under wraps


    Materials to safely encapsulate transplanted cells for could enable a revolution in the treatment of diabetes and a wide range of other diseases. James Mitchell Crow reports

  • An illustration showing supermetals vs superbugs

    Supermetals versus superbugs


    With pathogenic bacteria rapidly overcoming our arsenal of organic antibiotics, James Mitchell Crow asks if it is time to revisit metal-based antimicrobials

  • An illustration showing a sundial with the gnomon pointing at a recycling symbol

    Sustainable solar power


    Getting energy from the sun isn’t renewable until the panels are recyclable. James Mitchell Crow talks to the scientists making it happen

  • An image showing ammonia synthesis

    Ammonia synthesis goes electric


    James Mitchell Crow finds that the outlook for renewables-powered electrochemical ammonia production is beginning to brighten

  • An illustration showing metalloenzymes

    Metalloenzyme mastery


    There are natural metalloenzymes that make difficult chemistry look easy. James Mitchell Crow talks to the bioinorganic chemists figuring out how to copy them

  • A vintage-style poster showing sustainable labs

    Sustainable lab buildings


    After a decade of grassroots growth, the laboratory sustainability movement is bursting into the mainstream finds James Mitchell Crow

  • An image showing rhodamine b added microneedles

    Can smart biomaterials deliver?


    James Mitchell Crow explores the next generation of therapeutic biomaterials, which aim to interact dynamically with the body and help to control diabetes and heal wounds

  • An illustration showing the back of a car with a hydrogen storage tank which shows a cutout that reveales a MOF structure

    Hydrogen storage gets real


    As production costs fall and demand is poised to rocket, James Mitchell Crow finds the hydrogen economy is finally ready for take-off – as long as we can find ways to store it

  • An image showing boron and molecular orbital interactions

    There’s something about boron


    Boron’s chemistry is as much defined by what it isn’t – carbon, or a metal – as by what it is. Recent years have started to fix this misconception, as James Mitchell Crow reports

  • An image showing perovskite crystal structures

    Perovskites beyond solar cells


    From solar cells and LEDs to catalysts and quantum computing, James Mitchell Crow asks if there is anything perovskites can’t do

  • Nuclear medicine hero

    The nuclear option


    Using radioisotopes to image inside patients’ bodies – nuclear medicine – is under threat from ageing reactors. James Mitchell Crow discovers the new science trying to fix the problem

  • 150 years of helium celebration gif with balloon numbers

    150 years of helium


    Humanity took a long time to notice the second most common chemical element in the universe, James Mitchell Crow notes. Today we would struggle to do without it

  • Understanding Alzheimer's - Amyloid plaques

    Understanding Alzheimer’s


    After hundreds of failed drug candidates, James Mitchell Crow asks if this is the last roll of the dice for the amyloid theory of Alzheimer’s disease

  • Protein folding origami concept illustration

    Go with the fold


    From a seemingly impossible problem a few years ago, some researchers think that predicting the folded structures of protein could be solved pretty soon. James Mitchell Crow reports

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