The laser computer is one of the most interesting versions of quantum computers.

    The laser computer is one of the most interesting versions of quantum computers.

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The diagram of a photon-based qubit, which has four (or five) layers

1)Prism, what share light to four lines

2)Laser rays

3)Photovoltaic cells

4)Miniature computer

(5))The "zero wire, what mission is to tell the quantum computer is the electricity turned off or on in the computer.

The reason why there is the word "five" in the bracket is that the quantum system might have "zero" wire separately. That means that layers 0 and 1 transmit by separated line. And that line tells is the electricity on in the computer. Then the rest four (layers 2-4)layers are reserved for data transmitting.

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The laser quantum computer

The laser quantum computer exceeds the speed of an electric-based quantum computer. And the thing that makes the laser-based quantum computer more effective than the electron-based quantum computer is that the computer requires a less powerful cooling system than superconducting electron-based quantum computers. The laser is less vulnerable to electromagnetic radiation, and the system requires less cooling. The structure of photon-based computers is different than normal computers.

The next model is created by using regular computers. The nanotechnical computers require a more accurate adjustment of voltage than a regular processor. But the laser ray can form the qubits very easily. The regular data lines are replaced by using the laser rays.

The laser ray would send the data and electricity to extremely small-size computers. The computers are created by using nanotechnology. The laser rays will transmit the data to photovoltaic cells, what purpose is to transfer the photons to electricity, what is conducting in the microprocessor. The same photovoltaic cells are also creating electricity for the computer, which size is less than a millimeter. The single unit is not very powerful, but millions of those units are working as an entirety.

In photon-base quantum computers, the prism is delivering the data at the same time for many calculation units, which can make the calculations. The photon- or laser computer is not a new idea, but nanotechnology is making it effective. A photon computer is a group of computers, that are operating by lasers. The laser ray can travel through the air or it can be conducted through the optical fibers.

The laser ray hits the photovoltaic cell and then it gives the electricity to the electric circuit, which is a small-size computer. In laser-computer, the small computers that are made by using nanotechnology are constructing the entirety, which is powerful. The laser ray is less sensitive to electromagnetic turbulence than electrons, and that makes it effective for quantum computers. If the microchannel of the computer is replaced by using lasers, the system would be more effective, because the laser ray doesn't up the temperature in those wires.

The heating is the problem in high-power computers, and the heat will cause that the atoms are starting to oscillate. The oscillation of atoms means that the resistance in the wires is rising, and the resistance means that there would be errors in data transfer.

https://www.scientificamerican.com/article/light-based-quantum-computer-exceeds-fastest-classical-supercomputers/

http://curiosityanddarkmatter.home.blog/2020/12/05/the-laser-computer-is-one-of-the-most-interesting-versions-of-quantum-computers/