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1. Artificial Intelligence to give new access to 500-year-old manuscripts

   Ground-breaking computational methods will be used by a team of researchers to advance the access of historical collections and study the history of Early Colonial Mexico.

2. Redevelopment of Henry Cotton Building as part of new estate plan

   Work will get under way this month on the transformation of Henry Cotton Building in the first phase of the university’s newly-published estate strategy.

3. Apprenticeships and Student Governance policy updates

   The new Apprenticeships Policy has received Academic Board approval and 20 Student Governance policies, guidance and pro forma have recently been reviewed, and have received minor amendments.

4. Scientists unveil new weapon in war on animal poachers

   Wildlife experts have revealed a new artificial intelligence system at Knowsley Safari to help protect endangered species from poachers.

5. A new era for the science of ageing

   LJMU collaborates to accelerate real world benefits from laboratories

6. Five 'produce' new Jimmy McGovern film

   Five graduates from Film Studies at Liverpool John Moores University key to backroom staff on BBC2's Unforgivable.

7. LJMU receives £1.3million for new STFC data science training centre

   Liverpool John Moores University, in partnership with the University of Liverpool, are set to host a new £1.3million Centre for Doctoral Training providing comprehensive postgraduate training in data intensive science.

8. Researchers shortlisted for prestigious Newton Prize

   Read how Dr Zhigang Ji and Dr Trung Thanh Nguyen from the LJMU Department of Maritime and Mechanical Engineering have been shortlisted for the 2017 Newton Prize.

9. New PhD scholarships and thematic pathway to boost Research support

   The Bicentennial Vice-Chancellor PhD scholarships are now open

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