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23862 results for: ‘Department of The History of Art and Film’

  • Physical Volcanology

    https://le.ac.uk/modules/2025/gl3116

    Module code: GL3116 What causes giant explosive eruptions? How do volcanologists figure out how a volcano has behaved in the past, and how do they predict its future? In this module, you'll consider the catastrophic processes at work in volcanoes, from pyroclastic density...

  • Physical Volcanology

    https://le.ac.uk/modules/2026/gl3116

    Module code: GL3116 What causes giant explosive eruptions? How do volcanologists figure out how a volcano has behaved in the past, and how do they predict its future? In this module, you'll consider the catastrophic processes at work in volcanoes, from pyroclastic density...

  • Previous events

    https://le.ac.uk/perform/events/previous-events

    The challenges of conducting trials in multiple long-term conditions (multimorbidity): a focus on population selection and outcome assessment 11 June 2024 College Court, Leicester Programme 9.30 - 10.00: Registration Refreshments available 10.00 - 10.

  • FEED1

    https://le.ac.uk/timms/collaborations/feed1

    A randomised controlled trial of full milk feeds versus intravenous nutrition with gradual feeding for preterm infants (30-33 weeks gestational age)

  • Compressible and Applied Aerodynamics

    https://le.ac.uk/modules/2027/eg3411

    Module code: EG3411 This specialist Aerospace module will allow you to calculate aerodynamic forces in high-speed flows known as transonic and supersonic (close to, and above, the speed of sound).

  • Compressible and Applied Aerodynamics

    https://le.ac.uk/modules/2025/eg3411

    Module code: EG3411 This specialist Aerospace module will allow you to calculate aerodynamic forces in high-speed flows known as transonic and supersonic (close to, and above, the speed of sound).

  • Compressible and Applied Aerodynamics

    https://le.ac.uk/modules/2026/eg3411

    Module code: EG3411 This specialist Aerospace module will allow you to calculate aerodynamic forces in high-speed flows known as transonic and supersonic (close to, and above, the speed of sound).

  • Julian North

    https://staffblogs.le.ac.uk/english/author/jrn8/

    Senior Lecturer, School of English, University of Leicester.

  • Projects

    https://le.ac.uk/research/centres/exoplanet-research/projects

    Discover the wide range of projects the Centre for Exoplanet Research are involved in.

  • Research case studies

    https://le.ac.uk/museum-studies/research/case-studies

    Read our case studies to get a taste of some of the amazing research that happens in the School of Museum Studies.

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