New Metal Folds, Bends, Stretches
Breakthrough New Material from National University of Singapore
Next Generation of Soft, Conductive Robots
An innovative, new metallic material that bends, folds and stretches has just been unveiled by inventors at the National University of Singapore. Experts say this material is so innovative it could lead to a next generation of soft conductive robots.
Singapore Innovation
The team at NUS developed a new process called "graphene oxide-enabled templating synthesis". They take paper, soak it in graphene oxide, dip it in metallic ions and burn it twice. The result is a thin metal layer that can stretch, bend and fold. It can withstand high temperatures, remain electrically conductive and function as an antenna for wireless devices.
De-icing Robots
The inventors say the new metal's properties could allow robots made with a backbone of the material to operate in hazardous conditions and de-ice themselves if necessary. For a free listen to my audiobook "Important Innovations Collection: Robotics" go to https://www.amazon.com/Important-Innovations-Collection-Innovation-Impressive/dp/B07XTQW4JJ/ref=tmm_aud_swatch_0?_encoding=UTF8&qid=&sr=
or a free Kindle borrow of "List of Top New Robots", go to amazon.com/author/ekane
Next Generation of Soft, Conductive Robots
An innovative, new metallic material that bends, folds and stretches has just been unveiled by inventors at the National University of Singapore. Experts say this material is so innovative it could lead to a next generation of soft conductive robots.
Singapore Innovation
The team at NUS developed a new process called "graphene oxide-enabled templating synthesis". They take paper, soak it in graphene oxide, dip it in metallic ions and burn it twice. The result is a thin metal layer that can stretch, bend and fold. It can withstand high temperatures, remain electrically conductive and function as an antenna for wireless devices.
De-icing Robots
The inventors say the new metal's properties could allow robots made with a backbone of the material to operate in hazardous conditions and de-ice themselves if necessary. For a free listen to my audiobook "Important Innovations Collection: Robotics" go to https://www.amazon.com/Important-Innovations-Collection-Innovation-Impressive/dp/B07XTQW4JJ/ref=tmm_aud_swatch_0?_encoding=UTF8&qid=&sr=
or a free Kindle borrow of "List of Top New Robots", go to amazon.com/author/ekane
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