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  • Geology at Leicester

    We provide a friendly, dynamic and supportive environment in which to learn about the evolution of our planet from geoscientists at the forefront of their field. Our teaching is led by our research and our staff are recognised internationally for their expertise.

  • Deconstructing Sparta

    Module code: AH2702 Sparta is one of the most recognizable yet least understood cities of the ancient world.

  • Deconstructing Sparta

    Module code: AH2702 Sparta is one of the most recognizable yet least understood cities of the ancient world.

  • Dr Heather Couper CBE (1949-2020)

    Find more about Dr Heather Couper CBE (1949-2020)

  • Parent and Public Advisory Group

    Are you interested in the health and wellbeing of babies and young children in Leicester and Leicestershire? Can you help us improve our work into the health of babies and young children?  Our team is trying to find out how different factors in the early life of babies...

  • Deconstructing Sparta

    Module code: AH2702 Sparta is one of the most recognizable yet least understood cities of the ancient world.

  • Leicester partners with Midlands universities to become Policing Academic Centre of Excellence

    A consortium from the University of Leicester, University of Birmingham and Aston University has been selected as one of nine new Policing Academic Centres of Excellence.

  • Sessions to prevent Type 2 diabetes and improve knowledge of condition

    Free fitness and healthy eating workshops will be staged in Leicester over the next five months for people from minority ethnic communities as part of a county-wide health campaign.

  • Employment Law

    Our employment/labour law research spans the EU and UK in a wide range of topics including employment relations, equality, reconciliation of work and family life, industrial action, collective bargaining, and the protection of human rights within employment.

  • Leicester scientists help to shed light on ancient Mars

    Pale "halos" around fractures in bedrock analysed by NASA's Curiosity Mars rover contain copious silica, indicating that ancient Mars had liquid water for a long time.

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