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What will iron atoms make for graphene material?



Graphene is able to use ultra hard contact lenses
(Picture 1)

Kimmo Huosionmaa

When we are talking about graphene, we mean the 2 dimension carbon atom network, what allows to make very strong surfaces for another material. The graphene network is very strong, and it conducts electricity. But if the carbon network will connect the iron atoms, that action will allow magnetizing the surface. The magnetized iron graphene has the quality, that it can be pulled up and down with the magnets.


That material can be used as the walls, what must be self-cleaning. In this scenario, the iron atoms, what are connected to graphene network will be magnetized, and then the magnets will push and pull the graphene network, and then the dirt will be separated from that surface.  The push- and pull effect will be done by changing the polarity of the magnets, and then they can shake the network, and that allows to drop the dirt off it.


The graphene itself is the super material, but if we will connect there an intelligent component, we can make it even more efficient, what it has been. In this scenario, the bulletproof jackets and vests are equipped with the intelligent component and between the graphene layers is the layers of the iron graphene those intelligent protective clothes can pull the graphene layers to the bullet before it hits the target.


The intelligent system works with miniature radars and other sensors, and those sensors notice the shape of knives or bullets, what is closing the person, and activates the active system just before the projectile hits the target. Of course, those intelligent systems can activate the electric protection system, what gives the same caliber electric shocks than electric batons, or even nano-sized microwave transmitters, what will deny other people to touch that protective gear.


his technology based on the thin electric insulators, what can be protected the electric components from high voltage electricity. Also, the magnetrons can be produced in very small size, and in this scenario is used the atom-sized electric wires and other super miniaturized technology. The computing system might base the smart mobile telephones, what can be used as central processing units. The mobile telephones operating system might be changed, and then that equipment can be used as the computer, but the ideal thing is that normal mobile telephone can be equipped with the applet, what allows it to communicate with microchips, what are hired in the clothes via WLAN or Bluetooth. The imagination is the limit in nanotechnology.

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