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  • Phil Evans

    Dr Phil Evans, Swift Development Scientist, develops tools and techniques to facilitate the exploitation of x-ray data from Swift for astrophysical research. Follow him on Twitter @swift_phil.

  • 11th November 2014 Sol 806

    Posted by jbridges in Mars Science Laboratory Blog on November 11, 2014 Mars Science Laboratory has changed our view of Mars: following the 2 Viking landers of 1976 and the Pathfinder Lander in 1997 we had an idea that Mars was predominantly made of basaltic igneous rocks.

  • Advanced Organic Chemistry

    Module code: CH3201 Organic chemistry is the basis for all life on Earth.

  • Advanced Organic Chemistry

    Module code: CH3201 Organic chemistry is the basis for all life on Earth.

  • Global History: comparative and connected approaches

    Module code: HS7310 The ‘global turn’ describes a field of historical research that emerged in part as a response to decolonisation and the break-up of European empires, challenges to white supremacy and the global order, and demands for the recognition of the histories of...

  • Global History: comparative and connected approaches

    Module code: HS7310 The ‘global turn’ describes a field of historical research that emerged in part as a response to decolonisation and the break-up of European empires, challenges to white supremacy and the global order, and demands for the recognition of the histories of...

  • Microbial genomes for higher education

    The study of genomes as an entity as opposed to individual genetic components is referred to as genomics. Learn more about microbial genomes on our website.

  • Signal Processing

    Module code: EG7324 This module covers both the analysis and synthesis of discrete-time systems and the two main areas of signal processing: Digital filters and spectrum analysis.

  • Signal Processing

    Module code: EG7324 This module covers both the analysis and synthesis of discrete-time systems and the two main areas of signal processing: Digital filters and spectrum analysis.

  • Trustworthy Autonomous Systems

    This group aims at developing robust and trustworthy autonomous systems for a range of environments. The autonomous systems may be in extreme environments such as space, sea, or in environments where they interact with humans, or may be limited in computational resources.

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