LJMU astronomer helps uncover new object in famous galaxy
A team of astronomers from the Astrophysics Research Institute at LJMU and the National Radio Astronomy Observatory got a big surprise!
A team of astronomers from the Astrophysics Research Institute at LJMU and the National Radio Astronomy Observatory got a big surprise!
A team of scientists from Liverpool John Moores University and the University of Manchester have released the findings of a personality study.
LJMU health and social care students joined international delegates at the Social and Solidarity Economy International Forum’s international conference in France.
Research by LJMU in partnership with Bido Lito! asks the question how do we make Liverpool a global music city?
LJMU, in partnership with the Gender Identity Research and Education Society (GIRES), welcomed staff, students and community representatives to an engaging, interactive transgender workshop recently.
Results of a new report show that Sport and Exercise Science courses added £3.9 billion in income to the UK economy, with average salaries for SES graduates after six months of employment at £21,100 per annum. Over the course of their careers, SES graduates earn on average £667,000 more compared to their non-graduate peers.
Recent research published in Quaternary Science Reviews on the long extinct cave bear (Ursus spelaeus) has found their attempt to adapt to the growing harshness of the last ice age before their extinction.
Liverpool Health Commission, an independent panel established by Liverpool John Moores University, with research expertise and support provided by the university, has been set up to investigate and analyse health care policy issues.
Renowned for their noiseless dive, the kingfisher’s iconic beak-shape has inspired the design of high speed bullet trains. Now scientists have tested beak-shape among some of the birds’ 114 species found world-wide, to assess which shape is the most hydrodynamic.
Plesiosaurs are an extinct group of marine reptiles from the age of dinosaurs who are famous for their long necks. The effect of such long necks on how these animals swam is a mystery but now computer simulations are helping LJMU scientists understand what would happen if a plesiosaur turned its head while swimming.