Latest updates, research findings, and industry perspectives
What makes a technology bubble burst, and what does history reveal about CNTs? A conversation with historian Cyrus Mody explores hype cycles, scale-up challenges, and whether nanotubes are finally becoming an enduring industry.
CNTs can protect qubits from interference and reduce errors, potentially enabling scalable quantum systems and reducing the carbon footprint of advanced computing.
CNTs could play a pivotal role in the clean energy transition — enhancing battery density, extending lifespan, and improving grid efficiency by reducing transmission losses.
The world's first CNT-based heated blanket, launched by Jartoo, heats up in just one minute and reduces energy use by 60% compared to traditional electric blankets.
A study from Harvard Medical School revealed that CNT X-ray tubes consume 17% less energy and produce 44% less radiation than conventional filament tubes while maintaining equal image quality.
Space elevators could offer a cost-effective alternative to rocket-based space travel, and CNTs — known for exceptional strength and flexibility — could make the required 22,000-mile tether possible.
A breakthrough from KERI introduces a dry dispersion technology that minimises CNT aggregation and enhances environmental sustainability of secondary battery production processes.
A breakthrough by researchers at Tohoku University used a novel catalyst to grow CNTs with precise (6,5) chirality and 95% purity, enabling scalable production of tailored CNTs.
Denso and Canatu are developing ultra-thin CNT films that combine high thermal conductivity, transparency, and durability to keep ADAS cameras and sensors clear in all weather conditions.
