Single Molecule Electric Nanocar is Shocking
Of course, this little car isn’t terribly efficient. There are a few things that make it less than practical, things besides the fact that it’s microscopic. First of all, it works best in low temperatures. Really low. Like 7 kelvin (-266 °C) cold. That helps to ensure the wheels remain locked in place until they get a charge. Second, it’s not particularly energy efficient, it takes 10 electric pulses to travel 6 nanometers, or in layman’s terms, 6 millionths of the way across a pinhead. Lastly, related to being somewhat inefficient, it’s also slow.
But none of that matters really, because this little device isn’t about practicality; it’s about understanding. While there are plans to see if this baby can pull other cars, the real potential for this experiment is to try and figure out more about the way microscopic motors work and, specifically, why and how the naturally occurring ones in cells are so efficient. Too boot, this is motor research distilled to its most basic form. There’s no telling what kind of simple-but-revolutionary discoveries might come out of such a tiny, slow car.
(via New Scientist, lead image via RevoSeek)
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