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  • Palitha Edirisingha

    The academic profile of Dr Palitha Edirisingha, Associate Professor at University of Leicester

  • University of Leicester gets £1.3m boost to turn bright ideas into world-changing impacts

    The University of Leicester has received £1.3m in funding to help turn the brightest research ideas into world-changing impacts.

  • Andrew Dunn: Page 174

    Academic Librarian.

  • Social Sciences and Humanities Librarians’ Blog: Academic and staff blogs from the University of Lei

    Academic and staff blogs from the University of Leicester

  • Close your eyes and pull like a dog.

    Posted by Martin Coffey in Postgraduate Researcher Careers on September 22, 2016 Now that the Olympics and Paralympics are all done, it appears that once again the four-yearly sports fest has produced a blend of the good, the bad and the ugly.

  • Aims and Methods in Archaeology

    Module code: AR1061 How do archaeologists find sites? How do they excavate them? How do they take the fragments of things they find and use them to tell stories about the past? This module gives you an introduction to the things archaeologists do, the materials they study and...

  • Space Plasmas and Planetary Atmospheres

    Module code: PA4603 This module builds upon your knowledge of electromagnetism and the motion of charged particles in electric and magnetic fields to derive the laws determining the behaviour of plasmas and magnetised fluids – magnetohydrodynamics (MHD).

  • Freedom of the Borough awards

    On Sunday 12 September 2021, the University of Leicester was conferred the Freedom of the Borough by Oadby and Wigston Borough Council (OWBC)

  • Space Plasmas and Planetary Atmospheres

    Module code: PA4603 This module builds upon your knowledge of electromagnetism and the motion of charged particles in electric and magnetic fields to derive the laws determining the behaviour of plasmas and magnetised fluids – magnetohydrodynamics (MHD).

  • Space Plasmas and Planetary Atmospheres

    Module code: PA4603 This module builds upon your knowledge of electromagnetism and the motion of charged particles in electric and magnetic fields to derive the laws determining the behaviour of plasmas and magnetised fluids – magnetohydrodynamics (MHD).

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