A groundbreaking invention by Chinese scientists has paved the way for medical implants and electronic textiles that could operate indefinitely without the need for battery replacements. This innovative technology, detailed in Science Magazine, involves a flexible electronic fiber that uses the human body as part of its circuit, eliminating the need for external power sources. The development not only has the potential to revolutionize the medical field but also to significantly impact agriculture, by optimizing embroidered conductive traces for e-textiles. This marks a significant step forward in the realm of wearable technology and intelligent textiles, offering a new horizon for both medicine and agriculture.
An Ingenious Technology Could Change Both Medicine And Agriculture https://t.co/5MvntWeixR
Intelligent textiles are looking bright - Science Magazine - Flexible fiber electronics couple with the human body for wireless tactile sensing https://t.co/Y0mDmAJMbR
Optimizing Embroidered Conductive Traces for E-Textiles Learn here about Embroidered Electronics Textiles Check out the full article by @TechBlickGlobal here: https://t.co/wr2RyW3j7i #embroidery #fabrics #electronics #textiles #wearable #tech #engineering #stem #innovation https://t.co/nsq7XI8FdZ
A flexible electronic fiber that utilizes the human body as part of the circuit enables textile-based electronics without the need for batteries or chips, researchers report in Science. Learn more: https://t.co/wwfo9HnCMG https://t.co/x3ae0bkgGH
Imagine a world in which medical implants may run perpetually without the need for battery refills. This futuristic potential could soon become a reality owing to a remarkable invention by a team of Chinese scientists. https://t.co/vqKFrvfF0q