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An artificial nerve system developed at Stanford gives prosthetic devices and robots a sense of touch.
Featured on Stanford Engineering Magazine
Stretchable wires move us closer to electronics that mold to your skin.
Featured on Advanced Science News
Stanford researchers develop stretchable, self healing polymers for use in robust electronic skin.
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Stanford researchers develop stretchable, touch-sensitive electronics.
Read more: Stretchable, ultra-sensitive, and scalable: a major breakthrough in skin electronics
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A Stanford battery based on sodium may offer more cost-effective storage than lithium.
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The Bao groups introduces a revolutionary method, based on nanoconfinement of conductive polymers, that enables the fabrication of flexible electronics with high charge carrier conductivity, even when stretched to twice their original length..
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Polymeric semiconductors have been prepared whose molecular properties make them stretchable and healable — a milestone in the development of sophisticated organic electronic surfaces that mimic human skin.
Featured on MIT Technology Review
In Zhenan Bao’s lab at Stanford, researchers are inventing materials for touch-sensitive prosthetics.
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Researchers create a polymer that can stretch to 100 times its original length — and even repair itself if punctured.
Read more: A Super Stretchy, Self-Healing Material Could Lead to Artificial Muscle
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New Stanford battery shuts down at high temperatures and restarts when it cools
Read more: New Stanford battery shuts down at high temperatures and restarts when it cools