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  • So that they may have life: a film

    Watch our Centenary celebration video, 'So that they may have life', and learn about Dr Astley Clarke's involvement in the founding of the University

  • Mechanics, Electricity and Magnetism

    Module code: NT2009 Classical mechanics, sometimes known as Newtonian mechanics, is the branch of classical (pre-quantum) physics concerned with forces and motion, particularly of macroscopic objects.

  • Digital Arts Lab

    Module code: CO1110 The module has four components: digital arts practice; seminar series; tutorial programme; guided independent study. You will work on digital arts projects, either individually or in groups, that provides experience in a real-world context.

  • Contact us

    Browse our contact details to get in touch with us via email, telephone or social media. You can also see the University map to find us in person.

  • E coli

    vectors available for expression in e.coli

  • MMC Projects

    Significant scientific projects with work by the Mathematical Modelling Centre at the University of Leicester featuring mathematical research, modelling and data.

  • Biological Sciences (Microbiology) MBiolSci

    Microorganisms may be small, but they tell us more about life on Earth than almost any other life form. On this degree you will learn how and why microorganisms cause disease and how microbes have been used for millennia in everything from food production to sewage treatment.

  • What happens when the cash disappears?

    Posted by Martin Parker in School of Business Blog on February 17, 2017   ULSB PhD student Secki Jose explores the paradoxical effects of India’s recent decision to get rid of some of its banknotes to combat corruption. Secki can be emailed on spj15@le.ac.uk.

  • University of Leicester academic among recipients of prestigious Academy of Medical Sciences Springboard Award

    University of Leicester academic recognized among a select group of ‘exceptional’ biomedical and health researchers awarded a total of £6.6 million in funding.

  • Landmark genetic study sheds new light on how the eye develops its sharpest vision

    Combining artificial intelligence and genetics has allowed researchers in Leicester to study the part of the eye that gives us sharp central vision in amazing detail for the first time

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