Search the LJMU website

Search results filters

1. LJMU policy updates December

   New policy on sustainable food systems and changes to the environmental, energy and sustainability management statement.

2. Nvidia boosts LJMU AI computing power

   The Faculty of Engineering and Technology acquires three powerful deep learning systems for research into wildlife conservation and public safety

3. Scientists access space telescope to the stars!

   Astrophysics Research Institute wins time on James Webb Space Telescope.

4. "Let's get serious about true economic balance sheet"

   LJMU's pioneering Natural Capital Hub chimes with UN Secretary General on hidden costs of growth.

5. LJMU leads €10m project on data science-led healthcare

   LJMU, Liverpool University Hospital Foundation Trust and Liverpool Heart and Chest Hospital partner with ten European countries to model improved diagnosis, treatment and rehabilitation for atrial fibrillation to stroke patients

6. Retracing "world's most costly" ship crash on LJMU Maritime Simulator

   After the worlds most costly cargo ship accident, maritime expert Dr Abdul Khalique mans LJMU's £2.5 million simulator to explain what went wrong on board the Ever Given.

7. Liverpool Basketball test motion camera technology

   Live game filmed by LJMU Biomechanics Group in 'first' with Theia3D

8. Astrophysics Professor shares his ‘observations’ on the UK’s Eurovision entry

   On the eve of this year's Eurovision song contest, LJMU Astrophysics Professor Andy Newsam analyses the UKs Space Man entry and ponders how the lyrics stand up in the real universe.

9. Microplastic pollution threatens hermit crab populations

   New research from Queens University Belfast and Liverpool John Moores University reveals how the microplastic pollution crisis is threatening biodiversity.

10. Human-altered ecosystems

    What can fossil bones tell us about the ecology and behaviour of extinct species? In two recent publications, Dr Carlo Meloro from the School of Natural Sciences and Psychology has worked with international teams to demonstrate how we can interpret palaeoecology (the ecology of fossil animals and plants) of extinct wild dogs by looking at their fore-limb and skull shape.