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  • News - 12 Dec 2007
    Their day job is to keep trees upright. But now the forest's tiniest building blocks are on their way into fancy products for the future. Imagine a packaging material that kills bacteria and...
  • Article - 16 Jan 2020
    In the global energy market, hydrocarbons have been the principal source of energy supply. Global energy demand has increased significantly over the last few decades, but the discovery of new oil and...
  • Article - 8 Jan 2020
    Graphene is a much-celebrated thin film material with numerous, diverse properties, making it suitable for a wide range of applications. Its development – as well as the continual development of...
  • Article - 6 Sep 2019
    Nanotechnology is now being developed to create various applications of nanocoatings that can support clean technology in architecture.
  • News - 5 Sep 2007
    Imagine using minuscule structures the size of molecules to harvest sunlight and convert it into electricity. Or employing the same structures to store hydrogen fuel so that it fits into a car’s...
  • Article - 10 May 2018
    Nanotechnology is a branch of science dealing with the very small, smaller than the width of a human hair. But how can the very small be applied to the massive world of sports and can it really make...
  • Article - 18 Dec 2017
    Tribological properties associated with wear, friction and lubrication are important to the implementation of many biomedical applications. Medicine now allows for the replacement of biological tissue...
  • Article - 7 Sep 2017
    The structure of graphene is comprised of a single thin layered sheet of tightly packed carbon atoms arranged in the vertices of a hexagonal lattice resembling honey comb.
  • Article - 22 Aug 2017
    Considered to be a material that is approximately 200 times stronger than steel while also remaining one of the lightest materials on earth, graphene is a two-dimensional hexagonal allotrope of...
  • Article - 20 Feb 2017
    By integrating a graphene amplifier with a pyroelectric (LiNbO3) substrate scientists at the Cambridge Graphene Centre constructed a bolometer with a TCR of 900% K-1.  This was achieved by fabricating...

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