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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.
Carbohydrates from seaweed are being converted into complex carbon-based structures that can store electrical energy
‘Deep learning’ agents can accurately determine a 2D material's physical characteristics, such as strength, from minimal data on its structure.
A coating of graphene can stop oxygen escaping from the cathode of a lithium battery, helping to prevent the battery from catching fire.
Scientists have developed a model for predicting the shape of metal ‘islands’ sandwiched between or below 2D materials such as graphene.
Researchers have developed a 'hybrid' cathode for lithium-sulfur batteries that combines an intercalation type material with a conversion type material.
Scientists have developed a novel 3D printing process for fabricating flexible conducting fibers on textiles, which can be used to harvest energy.
A polymer composite containing graphene and nanoparticles can produce a more stable solid-electrolyte interphase in lithium metal batteries.
Sandwiching a layer of graphene between two layers of 2D boron nitride can produce superlattices that confer novel electrical properties.
By combining graphene with nano-ribbons of gold, researchers have developed an ultrasensitive biosensor for detecting disease-causing proteins.
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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