A group of scientists has developed special CO2-derived carbon nanotubes that can generate sustained plasma almost instantly when exposed to microwaves from a standard microwave oven. Plasma is the ...

Lithium-ion batteries have long reigned as the champions of portable energy, propelling the tech industry forward with their robust energy storage capabilities. However, the quest for alternatives ...

“Carbon nanotubes, discovered by Japanese researchers in 1991, initially garnered attention for their extraordinary strength, conductivity, and adaptability for use in semiconductors, batteries ...

However, their use in practical applications has been hindered by the lack of a straightforward production method. “Few products based on single-walled carbon nanotubes have been developed ...

It seems like we hear about a new breakthrough in technology every other month and then we never hear about it again. Some of that is over optimistic, misunderstood and exaggerated reporting. But ...

At 22 microns wide, the original carbon nanotubes were too skinny to use as thread. Instead, the team braided together three bundles of seven ‘tubes each using the type of machine that model ...

A new type of natural-gas processing technology captures carbon dioxide and uses it to produce valuable carbon nanotubes. This article was produced by Qatar Foundation for Scientific American ...

The school has apparently developed a process to produce sheets of carbon nanotube material at the rate of about 12 square feet per minute, which probably isn't going to keep a Camry production ...

The use of aluminium in wiring is unlikely to ... Carbon-based structures, such as carbon nanotubes (CNTs) have much higher electrical conductivity than copper, as does graphene.

Chinese researchers have managed to mimic nature to produce artificial leaves that can track the sun and split water ...

A surprising discovery reveals that carbon nanotubes made from CO2 spontaneously create intense, stable plasma in ordinary ...