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Nikon AX multiphoton microscope
https://le.ac.uk/cbs/facilities/aif/equipment/laser-microscopes/nikon-ax-mp
Get more information about the Zeiss MP7 multiphoton microscope housed in the Advanced Imaging Facility.
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CUH Alumni
https://le.ac.uk/urban-history/study/cuh-alumni
Some of our recent graduates of CUH.
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Senate regulation 9: Regulations governing Research Degree Programmes: General, admissions, and registration (9.1-9.46)
https://le.ac.uk/policies/regulations/senate-regulations/senate-regulation-9/general
9.1 These regulations shall apply to applicants and registered research students for the degree of Doctor of Philosophy (PhD) or Master of Philosophy (MPhil).
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Website privacy policy
https://le.ac.uk/policies/privacy/website
Understand more about how your data is held in regards to the website with our website privacy notice.
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Research highlights and publications
https://le.ac.uk/cse/research/facilities/advanced-microscopy-facility/research-highlights-and-publications
Take a look at The University of Leicester's Advanced Microscopy Facilities research highlights and publications.
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Our accreditations
https://le.ac.uk/school-of-business/about/accreditations
The University of Leicester School of Business is proud of its numerous accreditations and membership of professional bodies.
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Upcoming events
https://le.ac.uk/sports/sport-programmes/upcoming-events
More information on the sports events we have coming up soon.
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Offer Holder Hub
https://le.ac.uk/study/undergraduates/offer-holders
We don’t want you to miss out on the benefits of attending a University of Leicester Offer Holder Day, which is why we’ve moved everything online.
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Legal and Economic Business Contexts
https://le.ac.uk/modules/2026/mn1014
Module code: MN1014 In everyday life, whenever you buy or sell something you are engaged in a deceptively simple process - one person offers a good or service, whilst the other receives money.
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Black holes could grow as large as 50 billion suns research shows
https://le.ac.uk/news/2015/december/black-holes-could-grow-as-large-as-50-billion-suns-research-shows
Black holes at the heart of galaxies could swell to 50 billion times the mass of the sun before losing the discs of gas they rely on to sustain themselves, according to research by Professor Andrew King from the Department of Physics and Astronomy.