The small electric motors can move nanomachines, but they can make many other things.

The small electric motors can move nanomachines, but they can make many other things. 

The bacteria have very small size electric motors, which makes them move by rotating the small protein fibers. This same system can put in the nanomachines by simply cutting those electric motors away from the layer of bacteria, or making the small-sized ring by using metal molecules. Then inside the ring would put the molecule, where is metal atoms around it. And then this system would transport the nano-machine in liquid.

But if we would benefit the small molecules, what would look like dumbbells, we would create new kind of varnish, what could be more dirt ostracising than any varnish before. The idea of this structure is that the molecules can be in a certain direction, which makes the layer slippery only when the person or particle is moving in a direction, where rolls are heading.

The problem with nanoballs is that the layer is slippery in every direction. and if the particles of this nano-layer would look like rolls they might to be different ways, when the layer would not be slippery. But when those rolls would turn to the same direction, that will make the layer slippery in a certain direction, and that would help to carry or pull heavy particles on this layer.

And the thing is that the layer would have one quality, what the ordinary material would not have. It can be collected from the floors automatically. That means that when the cleaner wants to remove the varnish, the only thing, what must be done is to bring very powerful magnet in the middle of layer, and it would pull the rolls in the chamber.

But this is the solution, what bases the passive nanotechnology. Active nanotechnology would create even more interesting things and in this structure, each nanomachine has a very small size microchip, which controls its movement. The system uses the small-sized electric engines, what are similar, what I mentioned at the beginning of this text, and the system would operate the same way with the side wheel electric scooter, what has been quite popular in some time.

The system would control each nanomachine separately, and the electricity would conduct those nanomachines by using electromagnetic radiation. The system might also use bacteria for creating electricity, and each of those robots would have bacteria in them.

But also silicon light cells or the radio waves can be used in that system. The idea of nanotechnology is that those machines would operate as the group. They can form great layers or travel inside the human body for searching the abnormal cells. And they can create structures, what is forming and disassemble themselves automatically.

That makes them effective for many purposes like removing cancer or creating other things. Nano-submarines can slip in the machines, and search things what happens in motors and hydraulic systems.

But they can also be used in intelligence operations at some highly secured areas. So, they can also be used for surveillance and attack instruments, what are the most effective tools, what military has ever created. The dust what is forming by nanomachines can slip in the human body and cut the ends of neuron synapses, or simply rip the veins. And those robots can leave from the body without a trace. This is the dark side of the most brilliant technical advantage after the internet.