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1. Galaxies are cosmic cauldrons heated by star formation

   Astronomers show that stars form rapidly and drive interstellar gas bubbles throughout galaxies.

2. IM Marsh to stay part of LJMU campus

   Read the update and comment from Vice-Chancellor, Professor Mark Power

3. Is it time to start rethinking endings in global health emergencies?

   The ‘After the End’ project aims to improve the way in which we end global health emergencies by critically examining how endings are determined and what happens after the end is declared.

4. Times Higher Award shortlisting for ‘star-shattering’ research project

   New technology using Artificial Intelligence alongside the famous Liverpool Telescope (LT), has been shortlisted for a Times Higher Education Award for Research Project of the Year 2017.

5. Move over Sir Alan Sugar: Graduate start-ups on the rise at LJMU

   The number of active Graduate Start Ups are still on the rise at LJMU according to the latest annual Higher Education – Business and Community Interaction survey (HE-BCI).

6. Discovery of rotating disc around nascent star 'a special moment'

   Finding from ARI, ESO and Durham University could help us understand how stars are born

7. Blue tits individually decide: "Should I stay or should I go?"

   A new study reveals that energy resources, shelter and the environment are not the only factors involved in blue tits’ decisions to migrate or remain resident, their individual personalities also play a role.

8. Top ranking for entrepreneurial university

   LJMU ranked in top 20 UK universities for graduate business start-ups

9. Official launch of Oryx Universal College in partnership with LJMU in the State of Qatar

   We are delighted to announce the official launch of Oryx Universal College in partnership with Liverpool John Moores University in the State of Qatar.

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