Color Changing Fabric
A Hong Kong-based research group, the Laboratory for Artificial Intelligence in Design, has created a groundbreaking color-changing textile integrated with a miniature camera, utilizing the power of artificial intelligence. This fabric, woven with polymeric optical fibers (POFs) and textile-based yarns, can dynamically illuminate in a spectrum of hues.
The technology, pioneered by the Laboratory for Artificial Intelligence in Design (AiDLab), has the potential to minimize waste by offering a broader range of color choices for clothing items. Gestures like a thumbs-up trigger deep blue, a heart sign turns it pink, and an ‘OK’ sign changes it to green. Additionally, users can customize colors through a smartphone app, and AI algorithms help the camera recognize individual gestures.
Professor Jeanne Tan, leading the research team at Polytechnic University’s School of Fashion and Textiles, highlights that the polymeric optical fibers (POFs) are crafted from recyclable polymethyl methacrylate. The textile’s structure facilitates easy separation of POFs from yarns, aiding in recycling efforts.
AiDLab envisions the commercialization of this technology in the future. Presently, it is showcased in installations at various locations, including shopping malls, across Hong Kong.
Bcomp has partnered with Ather Energy to develop a new concept two-wheeler called Redux, which highlights the advantages of ampliTex…
The Lenzing Group has partnered with KARL MAYER to present a new innovation project at Premiere Vision in Paris.
Cirql stated that its rTPU50 material can reduce the total carbon footprint by 39 percent compared to standard virgin TPU…
AMSilk introduced its spider silk into two denim fabrics developed by Italian mill Pure Denim, a way of growing and…
Researchers at Fudan University has developed a special thread that can process and analyze information while remaining as soft and…
Hifyber has launched CombiNano, an advanced nanofibre nonwoven filtration media that combines particulate filtration and gas-phase adsorption within a single…