Ammonia or NH3 can use as the router in complicated quantum systems. The most important thing in those systems is to control the data flow in the quantum entanglements with very high accuracy.
Ammonia is a chemical compound where is three hydrogens and one nitrogen atom. There is a possibility that ammonia can use as the antenna or quantum router in quantum computers. That kind of antenna or router bases the idea that the system can position it by using photons. The system brings information to one hydrogen atom.
And then, the quantum field of nitrogen can transmit that wave motion or information to those remaining hydrogen atoms. The system transmits emitter energy to the nitrogen atom.
At first, the system transmits information to the ammonia molecule. Then laser will raise the energy level of that molecule. When the radiation stress ends, that molecule sends wave motion. If the information is stored in hydrogen atoms. Energy or wave motion that comes from nitrogen acts as the carrier wave.
The structure of nano router.
Ammonia molecule |
1:) Information flow to the router ("Input")
2:) Hydrogen atom
3:) Nitrogen atom
4:) Energy flow out from the router ("Output")
5:) Emitter energy.
Those routers can operate in 2- and 3D structures. And also in nano-size binary electronics.
These kinds of gates or routers are needed when researchers make complex and very complicated quantum networks. In the complicated web of quantum entanglements, the most important thing is to control the information flow in those complicated networks. The quantum routers can use to send information to electrons or photons.
But maybe someday make the quantum entanglement between electrons of those hydrogen atoms possible. That kind of router can operate in 2D and 3D quantum processors. But they can also revolutionize binary processors and nanomechanics. The ability to make microscopical microchips is an important thing for making nano-sized robots.
https://en.wikipedia.org/wiki/Ammonia
https://miraclesofthequantumworld.blogspot.com/
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