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14089 results for: ‘museum studies’

  • Science at Jupiter

    Find out more about the science at Jupiter at the University of Leicester.

  • Facilities for students living at home

    Full access to the David Wilson Library, open 24hrs weekdays. Digital Reading Room. All the University sports facilities, on campus and out at Oadby.

  • UK’s Chief Medical Officer's University of Leicester lecture addresses the state’s role in public health

    Professor Chris Whitty gave the annual Chancellor’s Distinguished Lecture on Friday 7 November

  • Announcing the 2019 Yearbook

    Posted by Physics & Astronomy in Physics and Astronomy Blog on 30 December 2019 The last twelve months have been an incredibly busy period for the School of Physics and Astronomy, and we have been collecting all our stories and achievements together into an online news blog.

  • Violence

    Module code: CR3025 This module introduces a range of critical issues relating to the study of violence. You will be encouraged to draw together and make sense of both theoretical and practical aspects of violence and violent conduct.

  • International Trade

    Module code: EC3066 This module aims to provide you with an understanding of the key issues that are important in trade policy and how international trade theory helps understand them.

  • Violence

    Module code: CR3025 This module introduces a range of critical issues relating to the study of violence. You will be encouraged to draw together and make sense of both theoretical and practical aspects of violence and violent conduct.

  • Australasia

    If you are from Australasia, use this page to navigate to your country to find out about entry requirements, national student societies and other country-specific information.

  • Violence

    Module code: CR3025 This module introduces a range of critical issues relating to the study of violence. You will be encouraged to draw together and make sense of both theoretical and practical aspects of violence and violent conduct.

  • Reducing variability in experimental stroke models

    A study by our University, recently published in Disease Models & Mechanisms, describes a new approach for inducing stroke in mice that reduces variability in the experimental model.

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