Cute Circuit's Dress Changes Color When a Breath is Taken
Ellen Smith — August 24, 2017 — Tech
References: cutecircuit & psfk
Fashion-tech company 'Cute Circuit' is redefining the little black dress by infusing the wardrobe staple with graphene -- a conductive, lightweight material that can visualize the breathing patterns of the wearer.
The dress was created in collaboration with the National Graphene Institute and uses a sensor enhanced with the Nobel Prize-winning material. The sensor captures the breathing patterns of the wearer, translating those patterns into colors with the help of LED lights. If the wearer takes a shallow breath, the LEDs will change from orange to green; a deeper breath will change the color from purple to turquoise.
Graphene promises a wide range of potential within the technology and fashion industry, serving as a material stronger than diamonds and a better electrical conductor than copper.
The dress was created in collaboration with the National Graphene Institute and uses a sensor enhanced with the Nobel Prize-winning material. The sensor captures the breathing patterns of the wearer, translating those patterns into colors with the help of LED lights. If the wearer takes a shallow breath, the LEDs will change from orange to green; a deeper breath will change the color from purple to turquoise.
Graphene promises a wide range of potential within the technology and fashion industry, serving as a material stronger than diamonds and a better electrical conductor than copper.
Trend Themes
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Graphene-infused Fashion — By infusing fashion with graphene, new possibilities for visualizing data, such as breathing patterns, can be explored.
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Sensory-responsive Clothing — The integration of sensors and LEDs allows clothing to change colors based on wearer's actions, creating a new level of interactive fashion.
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Conductive Materials in Fashion — The use of conductive materials like graphene opens up opportunities for innovation in fashion, creating garments that can respond to external stimuli.
Industry Implications
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Fashion-tech — The convergence of fashion and technology creates space for disruptive innovations, such as graphene-infused clothing that integrates sensors and LEDs.
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Material Science — Advancements in materials like graphene enable disruptive innovations not only in fashion but also in various industries, from electronics to healthcare.
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Wearable Technology — The integration of sensors and conductive materials in clothing opens up disruptive innovation opportunities in the wearable technology industry.
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