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1. LJMU to build world's largest robotic telescope

   Liverpool John Moores University will start work on the world's largest robotic telescope after a £4 million boost from the Science and Technology Facilities Council (STFC).

2. Paid internship opportunities for L5 and 6 students

   Student Futures, LJMUs Careers, Employability and Enterprise team, have a range of exciting, paid internship opportunities available for L5 and 6 (second and third year) students working on a real-life project for a local business/SME.

3. New partnership established to develop world's largest robotic telescope

   LJMU joins forces with Spanish astronomy institute to develop the world’s largest robotic telescope

4. REF 2021: World-leading research across LJMU

   Liverpool John Moores University (LJMU) has more than doubled the amount of research that is judged to be world-leading or internationally-excellent by a national audit of UK universities.

5. Graduation review: Thursday 24 November 2016

   The first day of LJMU's 2016 winter Graduation Ceremonies kicks off at Liverpool Cathedral on Thursday 24 November 2016.

6. Graduation review: Friday 25 November 2016

   The second day of LJMU's 2016 winter Graduation Ceremonies took place in the sunshine at Liverpool Cathedral on Friday 25 November 2016.

7. Forensics: Advances in scene of crime DNA evidence

   Team explores how tiny traces could help crack criminal cases

8. Time to heed warnings on 'silent killer'

   Public Health Conference at LJMU with experts on carbon monoxide poisoning

9. LJMU submits 600 academics to Research Excellence Framework 2021

   On March 25, the University hands over its best research to the 2021 Research Exercise Framework, the REF. With more than 600 academics put forward and dozens more colleagues behind the scenes, the REF is arguably the largest project undertaken by the university community.

10. 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