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  3. Student Spotlight

    Each week we will be highlighting either an individual or group of students from LJMU in our new feature, Student Spotlight. It will let people know about your LJMU journey, LJMU life, your experiences in Liverpool and the good work that happens around the university

  4. Student Spotlight: Mike Lynn

    This week we introduce Mike Lynn, a recent LJMU postgraduate who is working closely with organisations such as Joshua Tree and Alderhey hospital to try to fight for improvements in cancer after care nutrition and exercise in paediatric patients.

  5. LJMU and Merseyside Police Embark on Joint Venture

    Liverpool John Moores University and Merseyside Police have agreed a project to assess the feasibility of a Joint Academy. The University and the force have been working together for the past ten years to strengthen ties between academic study and policing.

  6. Project Harpocrates scholarship for police staff seeking a career in covert investigations and intelligence

    The police staff, drawn from Nottinghamshire Police, West Midlands Police and British Transport Police, secured the scholarship opportunity under an initiative known as Project Harpocrates. The project seeks to support law enforcement efforts to recruit and retain staff in the highly specialist area of covert operations and specialist intelligence.  Whilst the project was open to all officers one of the specific aims of the project is to increase the representation of  Black, Asian and Minority Ethnic staff (BAME)  in this challenging and exciting area of investigation and intelligence management.

  7. Astronomers catch Tatooine multiple star system as it forms

    For the first time astronomers, including Dr Richard Parker, of the Astrophysics Research Institute at LJMU, have caught a multiple-star system as it is created, and their observations are providing new insight into how such systems, and possibly the solar system, are formed. The amazing images taken from a series of telescopes on Earth show clouds of gas which are in the process of developing into stars.