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Carbon nanotube-enhanced cement supercapacitors combine energy storage with structural strength, demonstrating a potential route to smart buildings that store renewable energy.
Researchers synthesized diamondiyne, a theoretically predicted 3D carbon allotrope with a porous, diamond-like tetrahedral structure.
Author(s): Michael SchirberA carbon nanotube foam springs back to its initial state, regardless of the speed of the compression, a property that could lead to a new type of shock a...
In the escalating arms race between medicine and multidrug-resistant bacteria, scientists have reported a strikingly simple-sounding but powerful advance: sugar-coated carbon nanot...
In a development that reads like nanotechnology’s answer to Roman engineering, a team of South Korean researchers has built ultrathin films that borrow the ancient brick-and-mortar...
Carbon nanotube fibers and MXene form an ultrathin, mechanically strong film that provides electromagnetic interference shielding while suppressing infrared emission.
Carbon nanotubes and graphene oxide help alfalfa roots and soil microbes degrade polyethylene, increasing plastic mass loss while revealing distinct surface and deeper-soil effects...
A new atom-thin carbon film could help overcome one of the biggest barriers to faster and more energy-efficient microchips.
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Researchers use iron-modified titanium dioxide nanotubes to remove 92% of nitrobenzene from water in laboratory tests combining heat, electricity and UV light.
Chemically modified sugars form carbon materials with tunable nanopores or layered nanostructures, eliminating conventional templates and offering a simpler route to materials for...
A new comprehensive review published in the Journal of Nanoparticle Research surveys one of the most quietly promising corners of nanomedicine: carbon dots, nanoscale specks of car...
A new catalytic process offers precise control over graphene structures while creating a route to turn waste hydrocarbons into high-value carbon materials.
Researchers at the University of Illinois Urbana-Champaign, the US Department of Energy’s National Energy Technology Laboratory (NETL), Argonne National Laboratory and Monash Unive...
Polydopamine nanotubes use infrared light and ultrasound to heat cells, generate electrical stimulation, reduce oxidative stress and release bioactive dopamine.
Nanodiamonds Give Solid Electrolytes a Four-to-Five-Order Conductivity Boost A pinch of diamond dust has helped transform two sluggish solid salts into substantially better ion con...
Four-ring helicene units were too unstable to control, so chemists had written them off for chiral materials. Scientists found a way to lock them into place and then switch their t...
A new catalytic reaction breaks carbon–carbon single bonds and creates four new bonds around one carbon atom, enabling the synthesis of complex 3D molecules for functional material...
Researchers developed a new spinning process that produces exceptionally strong graphene fibers while preserving the material’s high thermal conductivity.
Researchers reveal how oxygen and electron beams control nanopore shape in hexagonal boron nitride, enabling precise atomic-scale engineering.
Researchers in India have developed self-healing epoxy composites reinforced with graphene oxide and carbon nanotube microcapsules, showing that a titanium dioxide sol–gel coating...
OCSiAl is contributing its TUBALL single-wall carbon nanotubes to ELEVATE, a Horizon Europe project that aims to develop aviation-grade battery cells exceeding 400 Wh/kg in specifi...
Researchers develop manganese-doped carbon nanodots that deliver strong MRI contrast, show low toxicity and clear rapidly from the body, offering a potential alternative to gadolin...
Researchers at Zhejiang University have developed a wet-spinning process that produces graphene fibers combining exceptional tensile strength with high thermal conductivity, addres...
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