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The new tunable graphene systems can lead the way beyond 5G.



The new multi-channel oscillation circuits can base the use on graphene. 


Graphene is one of the most interesting materials. There is the possibility that graphene can be used in the new type of sensors. In those sensors, the superpositioned and entangled particles can sense electromagnetic radiation. When radiation hits the quantum entanglement it increases its energy level. Those changes can be seen by using electromagnetic sensors. 

And that thing makes it possible to sense distant objects. So, the similar technology that is used in quantum computers. Can use in quantum sensors. The difference between a quantum computer and a quantum sensor is that the quantum computer uses natural radiation or information that it takes from its environment. And quantum computers use controlled, synthetically produced information. 

When we are thinking the graphene antennas there is the possibility to make a very fast-multichannel radio transmitter by using graphene. In those antennas, there are different types of ions or atoms. That is anchored in the graphene structure. And that thing makes it possible to send data transmission by using the multichannel radios. There are multiple frequencies. 


The graphene and atoms or ions that are trapped in graphene. Can use as crystals in the new type of oscillation circuits. 


In that kind of system, the idea is that each element is sending electromagnetic radiation with its frequency. That frequency depends on the size of those atoms or ions. And the radiation can make by stressing those atoms or ions by using electromagnetic radiation. So if there are 12 different elementary atoms that system can use 12 frequencies at the same time. That kind of system can use in multi-channel data communication. 

There is the possibility to make the extremely safe communication with this kind of antenna by using synthetic extremely heavy-weight, highly radioactive isotopes. The particle accelerator can create those isotopes and they can be shot into the graphene. Then those ions or atoms are stressed with radiowaves. Then those atoms will vanish. 

Of course, the receiver must have the same elements in its antenna. But that thing makes it impossible that the outsider can receive that message. The thing is that the oscillation requires that there are similar atoms or molecules in the graphene crystal. Without that resonance. Is impossible to brake the message because it is impossible to receive. 


Sources: https://scitechdaily.com/breakthrough-in-electrically-tunable-graphene-devices-could-lead-to-the-development-of-beyond-5g-wireless-technology/

Periodic table of elements. 

https://miraclesofthequantumworld.blogspot.com/

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