Liverpool Research Community Showcases our world-leading centres
Senior Civil Servants tour the world-leading centres of co-innovation driving global investment in the Liverpool City Region
Senior Civil Servants tour the world-leading centres of co-innovation driving global investment in the Liverpool City Region
Did you know LJMU has a number of Equality, Diversity and Inclusion (EDI) related Staff Networks and Ally Groups, that LJMU and JMSU staff can join?
PhD student David Dunne has worked with Harlequins, QPR and the Ryder Cup team to maximise the physical potential of athletes. Together with ex-PhD Sam Impey, David has raised £450k to launch training companion app Hexis, claimed to be the world's most intelligent nutrition system. He spoke to us to explain more.
Liverpool John Moores University (LJMU) has been confirmed as the education partner at the much-anticipated Littlewoods Film and TV Studios being developed in the city by CAPITAL&CENTRIC with Liverpool City Council.
Students are set to benefit from better join up of mental health services to prevent them falling through the gaps at university.
On Tuesday 27th & Wednesday 28th August 2019, the MA Art in Science programme at Liverpool School of Art and Design hosted an Art & Science Exchange workshop with members of the Biochemical Society. The exchange was held at the John Lennon Art and Design Building, in the Public Exhibition Space and X-Gallery amongst the MA Art in Science student's end of programme postgraduate exhibition, which showcases the outcomes of their three month research projects. These projects served as a basis for investigation of specific art-science interactions, and were supported by open discussions, hands on activities and a Liverpool LASER talk.
The seminar will provide an opportunity for exploration through some of the findings from the HEFCE funded project.
Educational Pioneers: Fanny Calder, James Gill and the making of a modern university opens
One of the driest places on Earth has intermittently been a 'green corridor' for human migration due to historical periods of increased rainfall, according to new research.
Research finds natural proteins block SARS-CoV-2 from entering human cells