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Getting Nanowired

Makers of nanowires may overcome the limits that loom for microchip fabrication

In his laboratory at Harvard University, chemist Charles M. Lieber puts a drop of clear solution onto a tiny silicon wafer. It looks like any old liquid, but it isn't. Suspended in the fluid are millions of wires, tens of thousands of times thinner than a human hair. These wires could become the building blocks of smaller, cheaper, and faster electronics.

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