During the protracted waiting nanorobots that will make our lives even more magnificent, outstanding problems in this area is the mass of. The most important of them - the tiny mechanisms that will cause these devices to move. Such as the recently proposed ...
The decision created a large group of scientists from Australia and Korea: they said they received ... It is expected that future nanobots it will bind to the tail, which is spinning, and will be able to push it forward in the manner of bacterial flagellum.
A key component of the fiber was obtained from the collected together and twisted carbon nanotubes, just like the threads are twisted into a thick and strong rope. However, the ... Its volume will increase and the length of the contract - all of the fiber starts to rotate. And, of course, if the filing of the charge to stop, the ions begin to leave the fiber, causing it to ...
In the first experiments showed that the rotation is very effective: the fiber is able to twist attached to it an arc of weight in two thousand. times more than their own at 590 rpm for 1.2 s. With this excellent performance of the system differs from the engine with more conventional principles, ease of miniaturization. Build a miniature electrochemical cell with electrolyte and immersed in a nanofibre is not an example simpler than, for example, miniaturized internal combustion engine.
However, for the movement of nanorobots proposed and other approaches.
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