Would the first quantum computer be in outer space?
The problem in the quantum computer is to make the qubit, where the data would be loaded, and transform to the linear form. The thing is that the qubit can be atomic, molecular, or even the size of the house. The problem is that the qubit must not touch the wall before it would release its information.
If qubit is touching something or will be heated, the data of the qubit is lost. So the zero-gravity conditions make the qubit easier to control. The thing is that the zero-gravity condition makes it possible to use weaker magnetic fields to control the qubit. And that thing is important, because if the qubit is touching the layer what is transferring the data to the linear layer too early or the wrong angle, that thing causes catastrophe.
What if qubit is the line of atoms?
What if the qubit is simple the line of atoms, what are storing the data. And then cut in the pieces. In that case, the data could turn to the linear form by driving the bytes in the line of atoms. Then those bites would cut, and the data would travel in linear form because the molecule can be transported sideways.
There have been many attempts to make the qubit, and one of them has been missed in my mind. The idea is to make the linear carbon or metal molecule, drive the data in the molecule, and cut it in pieces, which are traveling sideways. Then the molecule will face the contact layer, where it will release its data.
The idea is taken from one very old idea. The idea is to store the data to the microchannel by bit to bit, and then just connect that wire to the plug, which releases it to the computer. This is not a very good idea, but the principle is the same as this linear qubit. And the thing water can be used as the microchannel or qubit. But that thing requires extremely low temperatures.
The superconducting water can form the ultimate microchannel.
In this case, the system benefits the polar feature of the water molecule. If the temperature is very low, the water molecules could be sorted in the same way. The water molecules can be the key element in the futuristic nanotechnological microchannels.
And that thing can be used in an extremely effective microchannel. The magnets will pull the molecules in the right position, and then the temperature will be dropped to the level, where the oscillation of the molecules is over.
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