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Sulfur polymers that could replace carbon in plastics
A material comprising layers of graphene and magnetic metals like nickel can induce exotic behavior in electrons at the interface between the layers.
graphene can covert high frequency gigahertz signals into the terahertz range
A graphene superlattice consisting of two sheets rotated at slightly different orientations can display both insulating and superconducting properties.
bridging the gaps between aligned single-walled carbon nanotubes with metal atoms boosts electrical conductivity in a new direction
Twisting films of carbon nanotubes produces short lengths of strong, conductive fibers in about an hour, making this process much faster than spinning.
Nitrogen-doped carbon nanotubes or modified graphene nanoribbons could replace the platinum cathodes that currently reduce oxygen in fuel cells.
Applying pressure at the nanoscale to two layers of graphene transforms them into a super-hard, diamond-like material, termed diamene.
In the presence of a moiré pattern, electrons in graphene organize themselves into stripes, providing a link with superconductors.
Segregated sections of ‘zigzag’ and ‘armchair’ facets on carbon nanotubes growing from a solid catalyst are more stable than a circular arrangement.
Graphene membranes covered in polymeric chains are better at capturing carbon dioxide than previous high-performance membranes.
new proactive risk governance system can keep pace with development and should lead to safer nanomaterials, products, and processes
Using x-ray spectroscopy, researchers have produced a ‘movie’ of thin film growth that depicts the process more accurately than ever before.
Direct growth technique could produce low-cost, high-efficiency graphene-on-silicon Schottky junction solar cells.
Researchers have demonstrated previously unknown quantum states of matter that arise in double-layer stacks of graphene.
flexible capacitors made from layers of polyester coated with graphene and hexagonal boron nitride inks could form basis of washable wearable electronics
lithographic patterning of graphene down to 10 nm engineers the band gap
Interview with Dr David Simpson from the University of Melbourne about diamond quantum probes.
This webinar will explore the powerful capabilities of today’s atomic force microscopes (AFMs) for characterizing thin films.
We discuss the journal Sustainable Materials and Technologies with one of the Editors.
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