What's that odd shape, you ask? That's the world's thinnest nanowire -- and it could be the key to a future wave of flexible devices. In blasting single-layered, semiconducting materials with an electron beam, Vanderbilt University student Junhao Lin...Thursday, May 1, 2014
Nanowires three atoms wide could lead to paper-thin gadgets
Nanowires three atoms wide could lead to paper-thin gadgets: What's that odd shape, you ask? That's the world's thinnest nanowire -- and it could be the key to a future wave of flexible devices. In blasting single-layered, semiconducting materials with an electron beam, Vanderbilt University student Junhao Lin...
What's that odd shape, you ask? That's the world's thinnest nanowire -- and it could be the key to a future wave of flexible devices. In blasting single-layered, semiconducting materials with an electron beam, Vanderbilt University student Junhao Lin...
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