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The quantum switch plays billiard by using single photons.

   



The quantum switch plays billiard by using single photons.

The ability to take a photograph of one single photon would make it possible to make the quantum switch, which would just play the billiard with the single electrons. The system would be a quantum version of the switch, which is used in microelectronics. The ability to move the direction of the single photons would make the new abilities for quantum computers. That switch would send the data to the wanted direction by using extremely high accuracy. 

When we are thinking about the problems with the photon microchips where the data would travel in the form of photons, that thing would make this kind of system more effective than anything before. The ability to use photons in the data transporter in the microchips would give them the ability to operate at an extremely low temperature without warming and that ability is important in the quantum computer. 

The form of the quantum computer would be the series of regular microchips, where the data is loaded by cutting the bit row. And then the system would wait a certain time until it would release the data to the linear form. If those microchips would operate by photons that thing would make it possible to keep the temperature lower than if the system uses electrons. And photons are immune for electromagnetic fields what gives those systems higher accuracy than by using photons. 


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