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  • Space scientist makes giant leap towards becoming an astronaut

    Space scientist Dr Suzie Imber from our Department of Physics and Astronomy will be competing to realise her dream of becoming an astronaut as part of a televised competition broadcast by the BBC.

  • A System of Reintegration and Control: The Dual Functionality of Regional Convict Depots in Western

    Posted by abarker in Carceral Archipelago on March 20, 2017 By Kellie Moss   Fremantle Prison, Western Australia (authors own image).   The history of convict confinement in Western Australia has been dominated by one towering limestone structure: Fremantle prison.

  • Andrew Dunn: Page 111

    Academic Librarian.

  • Centre for Sustainable Materials Processing

    The Materials Centre is a materials chemistry research and enterprise centre based at the University of Leicester.

  • Environmental sustainability

    Environmental sustainability examines the interaction between people and their surroundings. The challenge is to make use of natural resources whilst safeguarding their future availability.

  • Stroke patients’ survival odds could improve thanks to brain bleed research funding

    The survival chances of stroke patients suffering brain bleeding could be boosted thanks to new research funding secured by the University of Leicester.

  • Leicester scientists join new mission to observe carbon dioxide levels

    Scientists from the University of Leicester and the National Centre for Earth Observation, which is led by Leicester's Professor John Remedios, are to join the science team for MicroCarb supporting the definition of the mission and the development of the data...

  • Scientist to share lifetime of adventures in free talk

    Leading scientist, author and University of Leicester alumnus speaks on his 50-year career

  • Electromagnetic Fields

    Module code: PA2240 Maxwell’s equations describe a unified theory of the electric and magnetic fields. In this module you will build on what you have studied in year 1 to deepen your understanding of the meaning and application of Maxwell’s equations.

  • Electromagnetic Fields

    Module code: PA2240 Maxwell’s equations describe a unified theory of the electric and magnetic fields. In this module you will build on what you have studied in year 1 to deepen your understanding of the meaning and application of Maxwell’s equations.

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