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  • News - 29 Nov 2023
    An atomic force microscope operating in pendulum mode was utilized by SNI network researchers to examine a two-layer graphene device. The two pure carbon layers in this bilayer graphene were rotated...
  • News - 17 Nov 2023
    Scientists at the University of Manchester’s National Graphene Institute have found a mechanism to speed proton transport across graphene using light, which has the potential to completely...
  • News - 30 Oct 2023
    Researchers at Queensland’s first quantum technology startup are developing microscopic superconducting hardware critical to scaling up future quantum computer technology. (L to R) Associate...
  • News - 12 Sep 2023
    Researchers of Johannes Gutenberg University Mainz and the University of Konstanz in Germany as well as of Tohoku University in Japan have been able to increase the diffusion of magnetic whirls, so...
  • News - 28 Feb 2023
    New research has reported the conjugated dual-size effect of core-shell bimetallic nanocatalysts for the first time, where the activity of the catalysts increases with the core size in the benzyl...
  • News - 12 Jan 2023
    Pyroelectric catalysis (pyro-catalysis) can transform temperature fluctuations in the environment into clean chemical energy such as hydrogen. However, pyro-catalysis is ineffective when compared to...
  • News - 7 Oct 2022
    Various lead halide perovskite devices have shown sensitivity to moisture content, thus impacting their physical properties. Humidity has been reported to degrade lead-halide perovskites and their...
  • News - 14 Sep 2022
    Wearable strain detectors that can accurately measure muscle and joint motion are extremely attractive for developing full-body movement sensors. However, many wearable detectors do not provide...
  • News - 31 Aug 2022
    Although combining radiation therapy (RT) with immune checkpoint blockade (ICB) could activate an in situ vaccine effect, RT limits the tumor antigen presentation and cannot overcome suppressive...
  • News - 5 Aug 2022
    Self-healable ionic sensing materials with fatigue resistance are imperative in robotics and soft electronics for extended service life. The existing artificial ionic skins with self-healing capacity...

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