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  • 30th October 2013 Sol 438

    Posted by jbridges in Mars Science Laboratory Blog on October 30, 2013 We have now reached Waypoint 2 – Cooperstown, 4 km from our starting point at Bradbury Landing.

  • 13th October 2015 Sol 1133

    Posted by jbridges in Mars Science Laboratory Blog on October 13, 2015 Here is the latest selfie – perhaps the best yet. It is from the Big Sky drill site (you can see the Big Sky drill hole and the drill tailings) in the lower left.

  • 12th May 2013 Sol 272

    Posted by jbridges in Mars Science Laboratory Blog on May 12, 2013 Here is an image of the drillhole, and the tailings around it, taken by the MAHLI microimager on the robotic arm.  In the tailings pile and within the hole (it is 1.

  • 23rd May 2014 Sol 639

    Posted by jbridges in Mars Science Laboratory Blog on May 23, 2014 This MAHLI image (with a contrast stretch) shows the path ahead towards Murray Buttes and across the dark dunes to Mt. Sharp.

  • 4th September 2015 Sol 1094

    Posted by jbridges in Mars Science Laboratory Blog on September 4, 2015 This NavCam mosaic shows the Williams outcrop in front of us, which is part of the Stimson unit.

  • Wednesday 15th August Sol 10

    Posted by jbridges in Mars Science Laboratory Blog on August 16, 2012 As we study images of places never seen before I get the full  sense of the excitement of exploration that early explorers on Earth must have felt as they encountered new lands .

  • Tuesday August 14th Sol 9

    Posted by jbridges in Mars Science Laboratory Blog on August 14, 2012 Barack Obama talked to the JPL engineering team yesterday and everyone else watched a video link of this.

  • 13th June 2016 Sol 1370

    Posted by jbridges in Mars Science Laboratory Blog on June 13, 2016 Here is the Oudam drillhole and the nearby dump piles for material that has been analysed by CheMin.

  • Researchers provide new insights into gene regulation

    A team of researchers led by the our University has shed new light on how the regulation machinery that controls gene expression works by characterising a complex known as the NuRD complex.

  • Andrew Dunn: Page 210

    Academic Librarian.

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