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Water-based, biocompatible ink formulations of two-dimensional materials including graphene, MoS2, WS2, and hexagonal boron nitride.
Transistors based on single semiconducting carbon nanotubes are pushing device performance to the ultimate physical limits.
Nanostructured scaffold material impregnated with immunosuppressive drugs encourages nerve regrowth in implanted replacement teeth.
Perovskite materials have optoelectronic properties promising for cheap, easy to make LEDs.
Metals with a gradient in grain size show increased overall strength while allowing ductile behavior to take place to avoid catastrophic failure.
Scientists have discovered that "layer-edge-states" are responsible for the high efficiencies seen with 2D layered hybrid perovskites.
Scientists have combined silicon nanosheets with a polymer to produce a composite material that is UV-resistant and easy to process.
A new technique uses a diamond probe to detect and measure materials that give off weak magnetic signals or have no magnetic field at all.
A novel 3D printing method can rapidly create and precisely control a material's architecture from the nano- to centimeter-scale.
Scientists have shown that covering surfaces with nanocones confers anti-fogging properties on them.
Honoring and Promoting a Young researcher active in the fields of Nanofabrication and Nanotechnology for Electronics, MEMS and Life Sciences.
A portable device for fabricating aligned nanofibers could be used to dress wounds on a battlefield or dress shoppers in customizable fabrics.
Nanocrystalline doped ceramic oxide with zero-energy grain boundaries is as stable as bulk material.
Scientists have shown that DNA can control the assembly of bipyramidal gold nanoparticles into a complex crystal structure known as a clathrate.
Aerosols could hold unique advantages for fabricating CNT layers for thin-film transistors.
The deadline is Monday 13 March 2017.
Sandwiching nanoclusters of magnesium oxide between two slices of graphene produces a material with enhanced optoelectronic properties.
A new bioinspired technique can transform silk protein into complex materials that are easily programmable at the nano-, micro- and macro-scales.
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