‘Origami robots’ are cutting edge soft and flexible robots that are being checked for usage in numerous applications consisting of drug shipment in bodies, search and rescue objectives in... Read more »
The extremely flexible implant adheres nicely to the curved surface area of the acoustic brainstem© 2019 EPFL Working with clinicians from Massachusetts Eye and Ear and Harvard Medical School,... Read more »
This 3D-printed soft robotic system is motivated by origami and can move and alter shape inresponse to external stimuli, paving the way for fully untethered soft robots. (Image thanks... Read more »
A group of polymer chemists and engineers from Carnegie Mellon University have actually established a brand-new approach that can be utilized to create a class of elastic polymer composites... Read more »
Re-attached A brand-new sort of hydrogel product established at Brown has the capability to respond dynamically to its environment—flexing, twisting and self-adhering as needed. Above, the scientists showed self-adhering... Read more »
This biocompatible sensor is made from a non-toxic, extremely conductive liquid option that might be utilized in diagnostics, therapies, human-computer user interfaces, and virtualreality (Image thanks to Siyi Xu,... Read more »
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. Roboticists are picturing a future where soft, animal-inspired robots can be securely released in difficult-to-access environments, such as inside the body or in areas that are too... Read more »
PurdueUniversity scientists integrated an industrial soft contact lens with an ultrathin conformal sensing unit circuit. (Image offered) PurdueUniversityresearchers have actually established soft contact lenses that not just proper vision... Read more »
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. The outcome has actually been attained in partnership with associates in Zürich and New York City. The advancement, which is essential for lots of applications... Read more »
An unmodified hydrogel (left) peels off easily from an elastomer. A chemically-bonded hydrogel and elastomer (right) are tough to peel apart, leaving residue behind (Image courtesy of Suo Lab/Harvard... Read more »