Quantum computers and qubits
The simulation of the quantum computer can be created by sending the program code, what is cut in the certain bites to the multiple processors at the same time. That means that the code of the computer program would be shared at a certain point, and then those parts of the code would drive at the different processors at the same time.
So here I must repeat the thing, what I just wrote, and the things what I told makes possible to emulate the operand of the quantum computer. That thing would give ideas, how to complete the programming of the quantum computer, where the data goes in lines, not in rows, and this thing makes those computers the most powerful tool for the data handling, what mankind has ever thought were possible.
And the thing in quantum computers is that it operates in the normal temperature. There has been made experiments by using superconducting circumstances, wherein the superconducting wires are hoped to send the electrons in the rows.
That could be possible to drive the program in multiple processors at the same time and after that, the other processors would collect the results in the one piece. The idea is to simulate the ability of the quantum computer to handle data in lines.
The bit, what is one or zero are replaced in quantum computers by using qubits, what have valued one and zero at the same time. The idea of qubits is simple, it is needed the particle, what has two polar areas. Another is the plus and another is minus and the way, witch side that thing goes makes the value zero or one.
Could neutron operate as the qubits?
So if we would explain, what qubits really are, we can say that this thing is similar to the planet. There find north and south pole in that particle and that thing makes making the quantum computer quite difficult because we cannot make electrons, what have north and south poles.
But sometimes I have thought that could the quantum computers operate by using neutrons. Neutrons are particles, what has north and south poles. And that means that the neutron would fill the demands of the qubits, but it is quite difficult to control.
The thing that some particle must have two values at the same time is a very extraordinary thing, and that is making quantum computers very difficult to create. Of course, there is a possibility to create qubits by using two ions, and the negative ion would mean value zero, and the positive ion would make the value one if it comes to the detector first.
But ions are the complicated and clumsy solution for that thing because information must travel with very high speed in the quantum computer. Ions are larger in size than the electrons, and the excellent solution for the problem of qubits could be the hydrogen gas, but the problem is that the electron is orbiting the proton. But if the position of the electron at the core of hydrogen can be stabilized hydrogen can fit as the qubits, but the problem is, how to stop the electron?
https://en.wikipedia.org/wiki/Qubit
The simulation of the quantum computer can be created by sending the program code, what is cut in the certain bites to the multiple processors at the same time. That means that the code of the computer program would be shared at a certain point, and then those parts of the code would drive at the different processors at the same time.
So here I must repeat the thing, what I just wrote, and the things what I told makes possible to emulate the operand of the quantum computer. That thing would give ideas, how to complete the programming of the quantum computer, where the data goes in lines, not in rows, and this thing makes those computers the most powerful tool for the data handling, what mankind has ever thought were possible.
And the thing in quantum computers is that it operates in the normal temperature. There has been made experiments by using superconducting circumstances, wherein the superconducting wires are hoped to send the electrons in the rows.
That could be possible to drive the program in multiple processors at the same time and after that, the other processors would collect the results in the one piece. The idea is to simulate the ability of the quantum computer to handle data in lines.
The bit, what is one or zero are replaced in quantum computers by using qubits, what have valued one and zero at the same time. The idea of qubits is simple, it is needed the particle, what has two polar areas. Another is the plus and another is minus and the way, witch side that thing goes makes the value zero or one.
Could neutron operate as the qubits?
So if we would explain, what qubits really are, we can say that this thing is similar to the planet. There find north and south pole in that particle and that thing makes making the quantum computer quite difficult because we cannot make electrons, what have north and south poles.
But sometimes I have thought that could the quantum computers operate by using neutrons. Neutrons are particles, what has north and south poles. And that means that the neutron would fill the demands of the qubits, but it is quite difficult to control.
The thing that some particle must have two values at the same time is a very extraordinary thing, and that is making quantum computers very difficult to create. Of course, there is a possibility to create qubits by using two ions, and the negative ion would mean value zero, and the positive ion would make the value one if it comes to the detector first.
But ions are the complicated and clumsy solution for that thing because information must travel with very high speed in the quantum computer. Ions are larger in size than the electrons, and the excellent solution for the problem of qubits could be the hydrogen gas, but the problem is that the electron is orbiting the proton. But if the position of the electron at the core of hydrogen can be stabilized hydrogen can fit as the qubits, but the problem is, how to stop the electron?
https://en.wikipedia.org/wiki/Qubit
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