The findings were published in a research paper entitled Stretchable Electronics, appearing in the June 18, 2014 issue of the journal Advanced Functional Materials.
The alloy used is Gallium-Indium which when exposed to ambient conditions forms a Gallium-oxide skin that can be printed on a silicon-based elastomer, polydimethylsiloxane. The result is a sensing material that can be stretched as much as the substrate polymer upon which it is printed. The researchers claim the material with embedded sensors is capable of stretching 500% of its length.
That means you can make clothes with embedded sensors or a robot with a skin that feels just like ours. Could a Data be around the corner?
