Singapore boffins weave a GUI into fabric, and it's machine washable too
Researchers at Singapore's National University, led by Fu Heng, have created textile-integrated electronic fibers that incorporate light-emitting chips and pressure sensors. The approach uses lasers to strip insulation from thin copper wires, then attaches thousands of LED chips with precision to create a scalable manufacturing process. The resulting fabric can be woven into garments like sweaters to enable direct interaction with computing devices, shifting wearables from flexible panels to true textile-native architectures.
Key points
- Electronic fabric integrates LED chips and pressure sensors into millimeter-thick fibers
- Process uses lasers and precise attachment to connect thousands of chips to copper wires
- Fibers are machine-washable and can be woven into functional garments
- Study published in Nature demonstrates sleeve-based GUI interaction
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