Which is best 'cleaner' fuel for shipping?
Paper from the LJMU Global Centre for Maritime Innovation compares hydrogen, methanol and ammonia as alternative ship fuels for greener future.
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Transforming your innovative I.D.E.A.S. into reality
LJMU is launching a brand-new innovation programme to support staff and postgraduate students to transform their ground-breaking ideas, research and inventions into products and services.
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First appointment for new Jockey Nutrition and Welfare PhD
A PhD co-funded by the British Horseracing Authority and LJMU will commence in October with a full-time three year role for Daniel Martin from the Professional Jockeys Association’s Nutrition Team.
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Validation and Review training courses
Training for Chairs, Panel Members and Programme Teams
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LJMU and National Museums Liverpool agree new partnership
Liverpool John Moores University (LJMU) and National Museums Liverpool have set out a joint commitment to collaborate on new initiatives for the benefit of their communities and wider society.
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Research explores how Liverpool Cathedral’s music programme helped communities during the pandemic
Research undertaken by LJMU academic, Dr Simone Krüger Bridge, has investigated how Liverpool Cathedrals music outreach programme, one of the vastest in the UK, helped people through the Covid-19 pandemic.
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Corporate Awards for Cunard Line and Royal Liverpool Philharmonic
Celebrating success in the city
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Making an impact
Read more about this years' winners of the annual Vice-Chancellor’s Awards for Social and Economic Engagement.
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£5M European funding to support development of Liverpool’s ‘Sensor City’
The England European Regional Development Fund (ERDF), part of the European Structural and Investment Funds Growth Programme 2014-2020, has awarded £5 million to support the development of a hi-tech sensor hub in Liverpool city centre.
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Galaxies are "wasteful" and retain fewer materials needed to build stars and planets, says new study
Galaxies “waste” large amounts of heavy elements they generate via star formation by ejecting them up to a million light years away