A team of researchers at Cornell University, led by professor Dan Luo, has developed a new kind of hydrogel made from synthesized and interwoven DNA, like a microscopic bird's nest. In the presence of H2O the hydrogel forms and
holds a pre-determined shape. But in the absence of water, the material flows like any other liquid. If that sounds familiar, you've probably seen
Terminator 2.
More » 



Source: http://feeds.gawker.com/~r/gizmodo/full/~3/X3c8SFORKFE/shape+remembering-hydrogels-are-the-first-step-towards-a-real+life-t+1000
world series morgan freeman giants Natina Reed Sandy Hurricane flight tracker Marina Krim
No comments:
Post a Comment