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  • Mechanics 2

    Module code: FS0042 In this module you will learn how to describe and explain the rotational motion of rigid bodies subject to forces. You will study advanced topics such as oscillations and gravity, and learn how to use differential equations to solve dynamical problems.

  • Mechanics 2

    Module code: FS0042 In this module you will learn how to describe and explain the rotational motion of rigid bodies subject to forces. You will study advanced topics such as oscillations and gravity, and learn how to use differential equations to solve dynamical problems.

  • A-Z articles

    Explore the Social Worlds A to Z articles at the University of Leicester.

  • Research

    Archaeology and Ancient History at Leicester has long been in the vanguard of both archaeology and ancient history research in the UK.

  • Big Antiquity

    Learn more about Archaeology and Ancient History at Leicester's Big Antiquity research theme, with key research projects including Ancient Akrotiri Project, The Birth of Greek Culture, In the Footsteps of Caesar, Roman Knossos, and The Trans-Sahara Project

  • Dr Kees Straatman

    Learn more about the manager of the Advanced Imaging Facility in the Core Biotechnology Services, Dr Kees Straatman.

  • Celebrating International Day of Women and Girls in Science 2021 – Part 2

    Posted by Physics & Astronomy in Physics and Astronomy Blog on 18 February 2021 On February 11th the School of Physics and Astronomy joined in with the International Day of Women and Girls in Science celebrations, using Twitter (@PhysicsUoL) to showcase some of the...

  • Research and teaching staff

    Browse a list of Health Sciences at Leicester's research and teaching staff. View our team's research interests and find out how to get in touch.

  • Ancient History BA

    Engage with the history of the classical world and explore a fascinating and crucial chapter of our human past with Leicester’s Ancient History BA degree.

  • GNSS Probe

    GNSSProbe is a new ESA funded study which looks at the potential of satellite navigation signals, to estimate soil water content and to provide a cheap alternative to existing techniques.

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