The radioactive magic stick can move particles in the nanotechnology

The radioactive magic stick can move particles in the nanotechnology

In the beginning, I must say that the highly radioactive isotopes can use as the engine for the nanotechnologically created space probes, what size is less than a centimeter. The idea is to put the Polonium-210. Or some other radioactive isotopes under the hood, where it is giving the thrust because of its radioactive radiation.

The use of highly radioactive isotopes in the nanomechanics is quite unknown to the great public. Elements like Polonium can put on the top of nanotube and the radiation of that element can use as the "magic stick" for moving the extremely small components like molecules in the 3D structure.

The thing that makes those radioactive isotopes very interesting tools is that they can pull and push the atoms very sharply. In the nanotechnology, the parts of the extremely small machines are connected with other parts by using the Van der Waals bonds, which means that the molecules are touching with others by the electromagnetic bridges.

The thing is that the use of highly radioactive isotopes for moving the molecules, which might include only two atoms would be fascinating, but the problem is that the radioactive material is always dangerous. The case where is needed to move the extremely small molecules is the thing, where are the nano-size microchips are made. The switches and other things in the components, what wires are created by using the lines of atoms are extremely small.

The NC² molecule would be useful in the purpose, where the engineers must produce the parts for the atom-size switch. The rotation movement of the molecule would close the circuit when the electricity would connect to the wire. When the electric circuit must be closed, the magnetic pulling effect of the wire would turn the switch molecule that it would connect the wires.

The idea is that the molecule would hover above the layer, and then the thing would make the system operate with very small electricity. But the problem is how to put the molecule in the precise right place. One of the answers is to use the highly radioactive isotope as the magic stick, which would move the particles. That thing would bring the most fascinating tools for nanotechnology.

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