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  • Article - 11 Apr 2019
    Nanoscale superconductors are known officially as ‘nanosuperconductors’ and are classified as a superconducting material, developed at the scale of a nanometer.
  • Article - 20 Mar 2019
    In a paper published on February 7, 2019, in Nature Communications, researchers describe the excellent performance of ruthenium catalysts and provide an understanding of how the catalyst works.
  • Article - 17 Jul 2018
    The challenge of a rapidly growing population combined with an unpredictable climate has further pushed researchers towards developing innovative technologies that can ensure human beings and animals...
  • Article - 10 May 2018
    The origin of the field of nanotechnology to a famous lecture given by visionary physicist Richard Feynman back in 1959, entitled “There’s Plenty of Room At The Bottom,” – although at the time, the...
  • Article - 21 Dec 2017
    Cancer is often referred to as “smart,” and this term often refers to the ability of these cells to proliferate without purpose or restraint.
  • Article - 8 Nov 2017
    Biosensor technology can detect a biological event by the production of a measurable signal. The process of detection combines a recognition element for a type of biomolecule or chemical reaction with...
  • Article - 8 Nov 2017
    Nanovectors are a type of targeted delivery vehicle that transports nanoscale material. Current research is exploring their use as an alternative to traditional biological vaccine methods.
  • Article - 15 Jul 2015
    The wider use of nanomaterials has increased their release into the environment including soil, water, and air, which may lead to unintended contamination of terrestrial and aquatic ecosystems.
  • Article - 5 Nov 2014
    In this interview, AZoNano spoke to Xenocs CEO Peter Høghøj and Executive Vice President Frédéric Bossan, about the revolutionary new instrument.
  • Article - 17 Jul 2014
    Researchers from the University of Wisconsin-Milwaukee (UWM) have developed a new way of using graphene ribbons to fine tune the wonder material causing it to act like a semiconductor.

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