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1. University astrophysicist 'starring' role in Terrence Malick Hollywood movie

   Hollywood writer-director Terrence Malick has enlisted the expertise of a Liverpool John Moores University astrophysicist for his new film, Voyage of Time.

2. LJMU to host Universities Policy Engagement Network fringe event on EDI

   The university will host an event for the Universities Policy Engagement Network (UPEN) to further their work in addressing Equity, Diversity, and Inclusion (EDI) within academic-policy engagement.

3. Developing the diverse workforce of the future for engineering and technology

   LJMU hosted events with the Institute of Electrical and Electronics Engineers exploring diversity and inclusion in engineering and technology skills.

4. LJMU produces new global censorship index

   Country-by-country guide to freedom of press, digital and academic information

5. Campaign highlights the success stories of first in their family students to attend university

   Among the 100 people featured in the campaign is Malik Al Nasir, an author, poet and academic from Liverpool who studied new media production at LJMU.

6. Balkans Film Odyssey

   Rhiannon Wain selected for insightful, well written reviews.

7. Talented athletes recognised at national awards

   Three athletes supported by LJMUs Performance Sport team, at the School of Sport and Exercise Sciences, have received national recognition for their achievements.

8. Chancellor Nisha Katona's 'afternoon with Claire House Children's Hospice'

   Claire House is one of LJMU’s corporate charity partners. Chancellor Nisha Katona attended “an afternoon with Claire House” to raise the profile of the amazing work the charity is doing for terminally ill children in Merseyside.

9. 'Breathtaking' images are new high in human exploration

   ARI astronomers collaborate in NASA James Webb Telescope release

10. Researching the kingfisher’s iconic hydrodynamic design

    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.