Search

9804 results for: ‘苹果cms内核H5网页漫画小说系统源码/支持三级分销与对接公众号修复css版✅项目合作 二开均可 TG:saolei44✅.nudupqAcecmu’

  • Leicester’s space expertise to be showcased on international stage

    Space Park Leicester will have a presence at the Paris International Airshow from 16 June

  • About the Department of Genetics, Genomics and Cancer Sciences

    Learn more about the Department of Genetics, Genomics and Cancer Sciences - our history, our commitment to Athena SWAN and our house band The Histones.

  • What route is right for me?

    Researching and networking Speaking to people who can share their experiences and offer advice and insights into roles/areas is a helpful way to research the different industries, organisations and job roles you’re interested in.

  • Spring festival celebrates a world of difference

    A celebration of more than 3,000 years of traditions, customs and festivity is to be held at the University of Leicester.

  • Moonstruck Exhibition eclipses expectations

    Record numbers of visitors attended Leicester Cathedral for a University-sponsored British Science Week Festival event in the city.

  • University of Leicester's Sports Grounds Team win prestigious award

    Professional excellence at the University is recognised with another national award

  • University announces campus closure

    En4tUeWwXQE|The University of Leicester has announced that it is to temporarily close the University from 5.00pm on Friday 20 March, to protect and support all students and colleagues during the COVID-19 outbreak.

  • Sab Bhaumik

    Professor Sabyasachi Bhaumik passed away on Saturday 9 November 2019 following a major heart attack.

  • Research Project

    Module code: MD7437 The Research Project module accounts for two-thirds of the overall credit weighted average of the MSc Medical Research programme. Students are matched with a research project that interests them following confirmation of their place on the course.

  • Electromagnetic Fields and Relativity, Quantum Physics and Particles

    Module code: NT3010 Maxwell's equations describe a unified theory of the electric and magnetic fields. In this module you will deepen your understanding of the meaning and application of Maxwell's equations.

Back to top
MENU