Latest updates, research findings, and industry perspectives
Edition #012: Why the next phase of carbon nanotube conductors is less about proving the physics, and more about manufacturing them reliably
Researchers at KERI's Nano Hybrid Technology Research Center developed CNT functional wires offering similar conductivity to copper with superior strength and reduced weight.
A novel phototransistor design using CNTs has the potential to improve shortwave infrared detection, with applications in night vision, space exploration, and biological imaging.
Researchers in Korea developed a breakthrough material combining CNTs with bismuth-antimony-telluride, creating a flexible, conductive foam with 5.7 times greater thermoelectric performance than CNTs alone.
Copper wires have long been essential in electrical systems. Carbon wires, first used in 19th-century electric lamps, have seen renewed interest with CNT wires offering high conductivity, strength, and low weight.
Dr. Alvin Orbaek White's team grew ultralong 1.3cm carbon nanotubes using iron catalysts, enhancing conductivity for potential wiring, computing, and renewable energy applications.
Dr. Alvin Orbaek White discusses transforming plastic waste into valuable materials like hydrogen gas and carbon nanotubes, offering sustainable solutions for the future.
TrimTabs is a featured nanotube provider in Batteries International | #130 Issue, highlighting our ground breaking technology and its application in the battery industry.
Discover the transformative potential of carbon nanotubes in this insightful video by TrimTabs, highlighting their applications and sustainable production methods.
