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  • 31st July 2014 Sol 705

    Posted by jbridges in Mars Science Laboratory Blog on July 31, 2014 We have been analysing the Windjana drill tailings for over 2 months now and have just dumped the drill tailings.

  • 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.

  • 19th August 2014 Sol 724

    Posted by jbridges in Mars Science Laboratory Blog on August 19, 2014 We have started the condensed drilling procedures at Bonanza_King, having driven back out of Hidden Valley and its sandy deposits, to take another route.

  • 4th April 2014 Sol 590

    Posted by jbridges in Mars Science Laboratory Blog on April 4, 2014 We have reached Kimberley and its sedimentary rocks.

  • Every breath you take...

    Professor Paul Monks explores air pollution and its impact on human health and the climate.

  • Entrepreneurs, Leicester City universities, City Council and LLEP Join Forces to Nurture Start-up and Co-working in Leicester

    People watching a presentation 1800|Plans for collaborative co-working space to be launched at inaugural Leicester Start-up Week commencing 26 November.

  • Find us and get in touch

    Find out how to contact us and find us at the Jo Williams Clinic at the University of Leicester.

  • 21st December 2016 Sol 1556

    Posted by jbridges in Mars Science Laboratory Blog on December 21, 2016 I am Geo-Min Science theme lead for todays plan.  As usual after 4 years of operations we are doing 3 sols of planning at one go.

  • Participatory, collaborative and co-creative practices at the Science Museum

    This research project was commissioned by the Museum to recognise the significance of the development of the new gallery that sought to be participatory.

  • Richard III's diet and lifestyle

    By measuring the different isotopes of carbon, nitrogen, oxygen and strontium preserved in Richard III's skeleton, we can find out about the types of food and drink he consumed, as well as where he lived.

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