Search

13910 results for: ‘museum studies’

  • Critical Issues in Policing

    Module code: CR7156 This module will explore some of the key debates surrounding the study of comparative policing.

  • Critical Issues in Policing

    Module code: CR7156 This module will explore some of the key debates surrounding the study of comparative policing.

  • Clearing was a fresh page in English student Eloise’s plans

    When her A Level results didn’t turn out how she’d hoped, Eloise Adams decided it was time to start a fresh page in her future plans.

  • Student profile: Ellen

    Ellen is studying on the Human Geography Pathway with the ESRC Midlands Graduate School. Read more about her experiences of studying a PhD at Leicester.

  • Leicester students offered chance to work at US university linked with landmark space missions

    Space Exploration Systems MSc students head to the University of Dayton to gain experience working on an advance space project.

  • AI breakthrough could save lives through disease prediction and prevention

    Artificial intelligence (AI) could help predict how an individual patient’s illness will progress and what treatment will be most successful to help them recover, saving lives across the globe, according to new research by the University of Leicester.

  • Older theses

    2009 BRAMMER, B. The Holland Fen: social and topographical changes in a Fenland environment, 1750-1945. SEAL, Christine. Poor relief and welfare: a comparative study of the Belper and Cheltenham poor law unions, 1780-1914. 2008 COOPER, Kathryn J.

  • Parents and families of international students

    Learn more about how your child will be supported, from application to graduation, at the University of Leicester.

  • Bacteriophages

    Bacteriophage (phage) are small viruses that infect bacteria. They are either lytic: they undergo a productive infection within a bacterial cell causing death or they are lysogenic. The study of phage can be utilised for the treatment of antibiotic resistant infection.

  • Researchers solve space riddle of planetary rings

    An international team of scientists, including Professor Nikolai Brilliantov from the Department of Mathematics, has solved an age-old scientific riddle by discovering that planetary rings, such as those orbiting Saturn, have a universally similar particle distribution.

Back to top
MENU