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  • Leicester scientist reaches the final of BBC Astronauts competition

    Dr Suzie Imber from our Department of Physics and Astronomy will be competing in the sixth and final episode of ‘Astronauts: Do You Have What It Takes?’ this Sunday on BBC Two at 8pm. Reaching the final of the televised competition has been a long and gruelling process.

  • The future of the media in the wake of Trump and Brexit

    What has been the impact of President Trump? What will be the impact of Brexit? Those are two of the biggest questions being addressed by leading journalists and academics at a conference at Leicester on Wednesday 21 February.

  • 17th February 2014 Sol 545

    Posted by jbridges in Mars Science Laboratory Blog on February 17, 2014 As we approach a full martian year (669 sols) we have travelled about 5 km.  There is fine tuning to be done on the route to get us relatively quickly to the clay and iron oxide concentrations in Mt.

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  • Current and Future Therapeutics

    Module code: MB3057 This module examines a number of clearly identified disease processes from the clinical presentation of the disease to our understanding of the underlying anatomy, physiology, pathology, and therapies used in man.

  • Bioinformatics and Health Data science group

    The Bioinformatics Research Group ‘Brookeslab’ was established in 2004 when Professor Anthony J Brookes came over from Sweden’s Karolinska Institute. His team quickly established the web based database GWAS Central and gained much success with the international GEN2PHEN project.

  • Current and Future Therapeutics

    Module code: MB3057 This module examines a number of clearly identified disease processes from the clinical presentation of the disease to our understanding of the underlying anatomy, physiology, pathology, and therapies used in man.

  • Electromagnetic Fields

    Module code: PA2240 Maxwell’s equations describe a unified theory of the electric and magnetic fields. In this module you will build on what you have studied in year 1 to deepen your understanding of the meaning and application of Maxwell’s equations.

  • Current and Future Therapeutics

    Module code: MB3057 This module examines a number of clearly identified disease processes from the clinical presentation of the disease to our understanding of the underlying anatomy, physiology, pathology, and therapies used in man.

  • Electromagnetic Fields

    Module code: PA2240 Maxwell’s equations describe a unified theory of the electric and magnetic fields. In this module you will build on what you have studied in year 1 to deepen your understanding of the meaning and application of Maxwell’s equations.

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