physicsworld.com |
Printed metal-polymer conductors make stretchy biodevices
physicsworld.com Stretchable biocompatible devices can be used in a host of medical applications, but most stretchable conductors made to date are toxic, expensive, difficult to make and break or degrade easily. A team of researchers at the National Center for … |
Category: Electronics
Material Paves Way for Electronics, Robots that Can Repair Themselves – DesignNews
DesignNews |
Material Paves Way for Electronics, Robots that Can Repair Themselves
DesignNews Researchers at Carnegie Mellon University have developed a flexible, self-healing material that can be used in wearable devices, soft robots, and numerous other applications to help electronics repair themselves. (Image source: Carnegie Mellon … |
This Website Shows Where To Locally Recycle Your Used Electronics – q1065.fm
q1065.fm |
This Website Shows Where To Locally Recycle Your Used Electronics
q1065.fm I'll admit it. I'm the kind of guy that never really gave a second thought as to where batteries are supposed to go when they die. I just assumed the trash can was the official battery graveyard. When they ran out, I used to just chuck 'em. That is … |
What 3-D Printing on Your Skin Could Be Used For – Healthline
Healthline |
What 3-D Printing on Your Skin Could Be Used For
Healthline New 3-D printing technology that allows electronics to be printed on your skin won't make you a cyborg but it could help soldiers detect threats such as chemical weapons. Researchers at the University of Minnesota have successfully printed electronic … |
Flexible organic electronics mimic biological mechanosensory nerves – EurekAlert (press release)
EurekAlert (press release) |
Flexible organic electronics mimic biological mechanosensory nerves
EurekAlert (press release) Researchers at Seoul National University and Stanford University developed artificial mechanosensory nerves using flexible organic devices to emulate biological sensory afferent nerves. They used the artificial mechanosensory nerves to control a … |
An elastic fiber set to revolutionize smart clothes – Printed Electronics World
Printed Electronics World |
An elastic fiber set to revolutionize smart clothes
Printed Electronics World For more information see the IDTechEx reports on e-textiles, stretchable and conformal electronics and wearable sensors. … To make their fibers, the scientists used a thermal drawing process, which is the standard process for optical-fiber manufacturing. |