The E-Skin Sensors Can Be Fixed to the Skin Like Temporary Tattoos
Katherine Pendrill — April 16, 2016 — Tech
References: advances.sciencemag.org & techinsider.io
Researchers at the University of Tokyo have developed a type of wearable sensors they are calling 'e-skin.' While the idea of having sensors fixed directly to the skin may sound like something out of a science fiction film, it seems that such technology could soon be a reality.
E-skin is an ultra-thin film embedded with functional electronic sensors. These sensors can be laminated to the hand with a clear tape that makes it look as those they are embedded in the skin. The sensors can then project numbers and letters revealing information about the wearer's pulse and blood oxygen levels. The researchers developed the technology to provide consumers with a seamless alternative to bulky smartphones.
While the technology is still in the early stages of development, e-skin demonstrates the future of wearable tech.
E-skin is an ultra-thin film embedded with functional electronic sensors. These sensors can be laminated to the hand with a clear tape that makes it look as those they are embedded in the skin. The sensors can then project numbers and letters revealing information about the wearer's pulse and blood oxygen levels. The researchers developed the technology to provide consumers with a seamless alternative to bulky smartphones.
While the technology is still in the early stages of development, e-skin demonstrates the future of wearable tech.
Trend Themes
1. Wearable Tech - Opportunity for developing more seamless and discreet wearable technology.
2. Personal Health Monitoring - Potential for monitoring health data in real-time through wearable sensors.
3. Ultra-thin Electronics - The chance to create more compact and lightweight electronic devices for various applications.
Industry Implications
1. Electronics - Innovation in ultra-thin electronic sensors for consumer electronics and medical devices.
2. Healthcare - Application of e-skin technology for continuous health monitoring and remote patient care.
3. Fashion - Integration of wearable sensors into clothing and accessories for personalized health tracking.
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