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Can we make the spay, what stops even bullet?

 



Can we make the spay, what stops even bullet?


When we are thinking about things like nanolatex what bases the structure, where on the spring is the plate. The nanotechnology opens a new road to create the surfaces, what is protecting layers? One of the most promising solutions is basing in the idea to use nano springs where is the layer of silicone on top of it, and at the bottom of the spring is a small or rather saying nano-sized particles of magnetizing material, what reacts to the magnetic field. 


The idea is that when the layer is sprayed on the surface what is magnetized the magnetic bite will turn the spring in the right direction. If the layer or the plate is made with carbon, what is forming a similar atomic structure with a diamond? The plate that is above the spring would be above the layer. Those bites are forming the extreme hard protection against consumption and strikes. 


Nanomachines are the molecular-size machines. The difference between nanomachine and the chemical agent is that nanomachine would just be acting mechanically. Normally those machines are made by using molecules, but the most modern ion technology makes it possible to transfer single atoms. And that makes the nanomachines more complicated and sophisticated than ever before. 


Nanotechnology offers unlimited chances to make new things, which are the most innovative in history. The ability to make extremely small forms makes the revolution in machine building. The nanomachines are the smallest things, that are being built in history. And making that kind of structure needs extremely high accurate ion technology. The thing that makes the nanomachine possible is the polar shape of some atoms and the most commonly used element is carbon. 


If the opposite sides of the poles of atoms are putting together, that thing causes that the electromagnetic pulling effect would put the atoms in the one after one. So in the nanotechnology atoms are acting like building blocs. Even if I said that the most commonly used material is carbon or the ball-shaped carbon molecule called fullerene, the thing is that modern technology allows researchers and engineers to operate with single atoms. 


That technology, where the single atoms are moved and connected allows researchers to make more complicated and smaller size nanomachines than ever before. The thing is that if the nanomachines can be miniaturized to the form, where the molecules are chanced to single atoms, that thing would make it possible to make the new molecules, what are ever made before. 


https://www.hs.fi/tiede/art-2000006536822.html


 https://www.aalto.fi/en/department-of-electronics-and-nanoengineering/nanoscience-and-advanced-materials


Image: https://www.aalto.fi/sites/g/files/flghsv161/files/styles/o_914w_ah_n/public/2018-08/nanotechnology_group.jpg.png?itok=DaZA4bZD

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