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Events
https://le.ac.uk/museum-studies/events
Find out about the upcoming events hosted by and related to Museum Studies at the University of Leicester.
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Garden preview
https://le.ac.uk/botanic-garden/about-us/garden-preview
Discover all there is to see at the Botanic Garden 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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Festival celebrates schools volunteering project
https://le.ac.uk/news/2018/june/festival-celebrates-schools-volunteering-project
A year-long volunteering project that has seen 30 members of the University delivering weekly sports sessions to eight primary schools has concluded with a celebration on campus.
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Study reveals Congo swamps as the worlds largest tropical peatland
https://le.ac.uk/news/2017/january/study-reveals-congo-swamps-as-the-world2019s-largest-tropical-peatland
A vast peatland in the Congo Basin has been mapped for the first time, revealing it to be largest in the tropics.
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College of Science and Engineering (CSE)
https://le.ac.uk/lemid/people/college-of-science-and-engineering
LeMID (Leicester Microbial Sciences and Infectious Disease) academic staff members from the College of Science and Engineering (CSE).
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Leicester astronomer pays tribute to ground-breaking Gaia mission
https://le.ac.uk/news/2025/january/gaia-milky-way
Mission to map our sky for over a decade includes University of Leicester astronomers
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9th Dec. 2013 Sol 478
https://staffblogs.le.ac.uk/mars/2013/12/09/9th-dec-2013-sol-478/
Posted by jbridges in Mars Science Laboratory Blog on December 9, 2013 Today is when the first set of papers about Yellowknife Bay are published.
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Special Subject A
https://le.ac.uk/modules/2024/hs3761
Module code: HS3761 This module will introduce you to the history of southern Africa in the twentieth century.
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Distant supermassive black hole shows high velocity sign of over-eating
https://le.ac.uk/news/2025/june/distant-supermassive-black-hole-high-velocity-over-eating-770
University of Leicester scientists describe how the capture of new matter - lasting a few days and corresponding to several Earth masses - formed a ring around the hole, before being partly swallowed by the hole, with excess matter ejected as a high velocity wind.