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Our largest bodily organ is also one of the most remarka... our skin pressure sensitive, it is also able to efficien... provide a protective barrier between our insides and the... While we’ve covered synthetic materials that can repai... pressure se

First pressure-sensitive, self-healing material developed
http://www.gizmag.com/self-healing-pressure-sensitive-material/24969/

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Our largest bodily organ is also one of the most remarkable. Not only is our skin pressure sensitive, it is also able to efficiently heal itself to provide a protective barrier between our insides and the world around us. While we’ve covered synthetic materials that can repair themselves or are pressure senstive, combining these properties in a single synthetic material has understandably proven more difficult. Now researchers at Stanford University have developed the first pressure-sensitive synthetic material that can heal itself when torn or cut, giving it potential for use in next-generation prostheses or self-healing electronic devices.

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Our largest bodily organ is also one of the most remarkable. Not only is our skin pressure sensitive, it is also able to efficiently heal itself to provide a protective barrier between our insides and the world around us. While we&#x2019;ve covered synthetic materials that can <a href="http://www.gizmag.com/bleeding-plastic/21958/" target="_blank">repair themselves</a> or are <a href="http://www.gizmag.com/stretchy-pressure-sensitive-nano-spring-material/20289/" target="_blank">pressure senstive</a>, combining these properties in a single synthetic material has understandably proven more difficult. Now researchers at Stanford University have developed the first pressure-sensitive synthetic material that can heal itself when torn or cut, giving it potential for use in next-generation prostheses or self-healing electronic devices.