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The history of Leicesters printing press
https://le.ac.uk/news/2015/june/the-history-of-leicesters-printing-press
In a feature entitled 'Printing in Leicester', Dr John Hinks from the Centre for Urban History has discussed the ups and downs of Leicester's printing press throughout history.
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Could Leicester mathematicians have solved 78 year old mystery
https://le.ac.uk/news/2016/march/could-leicester-mathematicians-have-solved-78-year-old-mystery
Researchers in the University of Leicester’s Department of Mathematics have developed a solution to a 78 year old mystery.
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Study
https://le.ac.uk/cls/study
The College of Life Sciences offers a wide range of courses for undergraduates and postgraduates, alongside our outstanding research departments and centres.
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Visiting Fellows
https://le.ac.uk/celi/visiting-fellows
Details on the experience you need and the documents you need to submit to be eligable for Visiting Fellow status.
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2nd for the School of History’s research in REF2021
https://le.ac.uk/history/ref2021
School of History research highlights in the 2021 Research Excellence Framework.
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7th for the School of Media’s research in REF2021
https://le.ac.uk/media/ref2021
School of Media research highlights in the 2021 Research Excellence Framework.
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Legal drugs: all the pros and none of the cons?
https://le.ac.uk/social-worlds/all-articles/legal-drugs
Read the article "Legal drugs: all the pros and none of the cons?" This is part of the Social Worlds project at the University of Leicester.
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Using smart bombs to kill old cells
https://le.ac.uk/news/2019/march/06-nanotechnology-killing-old-cells
A new nanotechnology developed at the University of Leicester could lead to people living longer.
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Evelyn Waugh, Cynic?
https://staffblogs.le.ac.uk/waughandwords/2016/01/27/evelyn-waugh-cynic/
A summary of Naomi Milthorpe's research in the Evelyn Waugh Collection at the Huntington Library.
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Study reveals mysteries of enzyme mechanism
https://le.ac.uk/news/2016/november/study-reveals-mysteries-of-enzyme-mechanism
An international research team led by our University has made a breakthrough advance by trapping an intermediate in the mechanism of enzymes called heme peroxidases and determining its structure using a beam of neutrons from the heart of a nuclear reactor.