An automated system that weaves ultra-thin “fabric muscles” capable of powering wearable robots like everyday clothing—lightweight, flexible, and ready for mass production.
In a major...
A flexible supercapacitor can charge, bend, and last long, making it useful for wearables, electric vehicles, and clean energy. Could this change energy storage?
Energy...
Build wearables faster with sensors, Bluetooth, and extended battery life—powered byready-to-use reference designs.
Wearable electronics are increasingly common in health, fitness, and industrial applications, but...
Soochow University scientists have turned humble cotton yarn into high-performance methanol fuel cells that bend, flex, and even work when cut in half—offering a...
With durability and fivefold higher efficiency than past designs, it could enable battery-free wearables and autonomous IoT sensors powered only by human warmth.
A team...
A space saving Ship Mode that features a simple, low cost load switch solution for wearables and small portable devices.
The TIDA-00556 is a low-power,...