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Quantum effects allow samarium nickelate to mimic a shark's sixth sense, by detecting minute electric fields in salt water.
Two-step thermal reduction process boosts conductivity and mobility of reduced graphene oxide (RGO), opening up new potential applications.
Solar power device like a double-glazed window offers new approach.
Batteries powered by sweat made completely from fabric
Glassy carbon is lightweight, ultrastrong, very hard, elastic, and electrically conductive and is ideal for military armor and aerospace applications.
The strain created by growing 2D crystals over 3D objects can be used to tailor the crystals' optoelectronic properties.
Chemists have found a way to improve the speed and durability of smart glass by providing a better understanding of how the glass works at the nanoscale.
Lowering the power of OLEDs
By incorporating liquid metal droplets into an elastomer, researchers have created a highly stretchable, soft, multi-functional composite.
The electronic properties of the 2D semiconductor tungsten disulfide can be dramatically changed by doping it with carbon-hydrogen molecules.
Engineers have developed a high-throughput computational method to design new hybrid organic-inorganic materials for solar cells and LEDs.
Neutron scattering experiments on iron selenide have revealed that its electronic behavior is very similar to other iron-based superconductors.
A novel two-step, ultra-clean process for fabricating a 2D transistor separates the ‘messy’ fabrication steps from the 2D semiconductor layer.
By permanently stressing graphene with a novel laser technique, researchers have been able to provide it with the largest ever band gap.
A nanocomposite that combines polymer nanofibers and boron nitride nanosheets could make a superior dielectric material for flexible electronics.
Interview with Dr Alex Minovich from Kings College London about reflective metasurfaces.
Materials Today Interview with Prof Michael Dickey from North Carolina State University about liquid metal wires.
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