CO2-Based Yarns Set to Tackle Fashion's Carbon Footprint
Two U.S. scientists have developed a technology that transforms CO2 into cellulose, making it possible to manufacture carbon-negative garments.
Alongside the move away from fossil fuels, initiatives like this plant dedicated to carbon sequestration using renewable energy are emerging.
Two U.S. scientists have developed a technology that transforms CO2 into cellulose, making it possible to manufacture carbon-negative garments.
Soft robots developed by a team of researchers are biodegradable, edible, and bendable, and are printed with bio-inks made from seaweed components.
NASA and Purdue University join forces to optimize fast charging for electric cars through extreme cooling technology.
In a new example of biomimetics, a "barcode" integrated into smart textiles and inspired by butterfly wings has been developed.
An innovative device to measure air quality will enable monitoring of pollution in homes and outdoors quickly and affordably.
Thanks to radio frequency technology, the users of the new AR glasses can locate objects and machine parts out of sight as if utilizing X-rays.
A British university has developed an additive printing system that will enable the manufacturing of low-cost 5G and 6G antennas for remote areas.
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