Research centres, institutes and groups

At Liverpool John Moores University our research institutes, centres and groups carry out important and inspirational work, committed to the University strategy to find solutions to the problems of the 21st century.

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  1. Accounting and Finance for Society Research Group

    Wide-ranging research including climate finance, crypto assets, stock market liquidity, FinTech, data analytics and societal impacts.

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    Accounting and Finance for Society Research Group
  2. Applied Biology Research Group

    Research addressing challenges in health, agriculture, marine biology and forensic biosciences through applied biological studies.

    Applied Biology Research Group
  3. Artificial Intelligence and Digital Technologies Research Institute (AIDTRI)

    Expertise in computer science, mathematics, and allied disciplines to advance the application of AI and digital technologies.

    Artificial Intelligence and Digital Technologies Research Institute (AIDTRI)
  4. Astrophysics Research Institute

    A world-leading authority in astronomy and astrophysics. Home of The Liverpool telescope, the world’s largest fully robotic telescope.

    Astrophysics Research Institute
  5. Biomedical Science Research Group

    Multidisciplinary biomedical research advancing disease understanding to develop innovative diagnostics and treatment strategies.

    Biomedical Science Research Group
  6. Centre for Port and Maritime History

    World-leading maritime history research exploring the British Merchant Marine, Liverpool shipping, decolonisation and maritime security.

    Centre for Port and Maritime History
  7. Centre for the Study of Law in Theory and Practice

    Central research and collaboration hub enabling engagement with national and international partners, knowledge exchange activities, and practice-oriented work.

    Centre for the Study of Law in Theory and Practice
  8. Chemoinformatics Research Group

    Providing informatics solutions for safer and cheaper new molecules by linking chemical structure and physico-chemical properties to biological activity and effects.

    Chemoinformatics Research Group