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13997 results for: ‘CONTACT COLASHIP.SHOP TO ’

  • Applied Psychology Research Project

    Module code: PS2106 This module investigates key concepts and issues underlying quantitative research methodology, research design and statistics, and ethics in applied psychology research and practice.

  • Psychology with Cognitive Neuroscience Research Project

    Module code: PS2105 This module examines the key concepts and issues underlying quantitative research methodology, research design and statistics, and ethics in cognitive neuroscience research and practice.

  • Individual Biomedical Engineering Project

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  • Individual Biomedical Engineering Project

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  • International students

    Entry requirements for international candidates

  • Leicester geologist to present rock-licking trick for Hallowe’en treat at Royal Institution

    Professor Jan Zalasiewicz joins panel at the Royal Institution on 31 October with other winners of Ig Nobel Prizes to explain their winning work for a public audience

  • Electronic Maps to Assist Public Science

    Posted by Andrew Dunn in Social Sciences and Humanities Librarians’ Blog on June 10, 2014 Emaps Project  A project funded by the EU which commenced in 2011.

  • Register to vote

    Posted by Andrew Dunn in Social Sciences and Humanities Librarians’ Blog on October 21, 2015 Register to vote in UK national, local and EU elections. More information at http://www.aboutmyvote.co.uk/register-to-vote  and http://www.ucu.org.

  • Deputy Labour leader cites University of Leicester research in speech at Co-Operative Party economy conference

    Leicester academics were cited in a speech given by Tom Watson, Deputy Leader of the Labour Party, at the Co-Operative Party economy conference on 28 January.

  • What’s happening in Jupiter’s upper atmosphere down at the equator?

    Posted by Rosie Johnson in Leicester to Jupiter: The Juno Mission on September 8, 2016 The northern and southern lights of Jupiter are a vibrant and dynamic phenomena, generated by a complex array of mechanisms that create the most powerful aurora in the solar system .

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