Search

13902 results for: ‘museum studies’

  • University astronomer discovers Saturn’s famous hexagon may tower above the clouds

    University astronomer discovers Saturn’s famous hexagon may tower above the clouds University astronomer discovers Saturn’s famous hexagon may tower above the clouds| Stunning atmospheric vortex revealed at planet’s north pole in new study.

  • Mum and daughter graduate with flying colours from the same course

    A mother and daughter have graduated with flying colours from the same course at the University of Leicester

  • Beating health inequalities

    Professor Kamlesh Khunti and Dr Manish Pareek played a leading role in helping understand how COVID-19 has disproportionately affected ethnic minority populations.

  • Dissertations

    Browse just a handful of our recent successful undergraduate dissertations, showing the culmination of our students’ efforts while studying with us.

  • Student profile: Tia

    Tia is studying on the Human Geography Pathway with the ESRC Midlands Graduate School. Read more about her experiences of studying a PhD at Leicester.

  • Support and progression

    Our PhD Directors provide pastoral support to you throughout the duration of your course. Find out how we will support you and monitor your progression during a research degree at the University of Leicester School of Business.

  • Citations

    Explore the publications and citations for Parent Report of Children’s Abilities-Revised (PARCA-R) at the University of Leicester.

  • Groundbreaking research identifies what makes human brains – and humans – unique in the animal world

    A neuroscientist at the University of Leicester has identified a fundamental difference between human and animal brains. This breakthrough, published today in the journal Cell, offers an explanation for what makes Homo sapiens so vastly different from even our nearest relatives.

  • Dissection Room short courses

    Information about the Dissecting Room at Leicester Medical School

  • New telescope to be the ‘GOTO’ for gravitational wave events

    GOTO is designed to fill this observational gap by searching for optical signals in the electromagnetic spectrum that might indicate the source of the gravitational waves – quickly locating the source and using that information to direct a fleet of telescopes, satellites and...

Back to top
MENU