Could we someday create a qubit, what can be operational in the room temperature?
One of the problems in the quantum computer is that the qubits must be frozen to temperature, which is near zero kelvin because the qubit needs a superconducting environment, which would stabilize the oscillation of those things. The thing is that the qubits or rather saying qubits, what are basing the carbon or rather saying carbide ion, what formula is C⁻⁴, which means that the carbon would be connected to some other ions, what would leave the molecule to the ion-form.
So that thing means that the qubit could be some polyatomic ion, and the reason for that is that the qubit or data transporter must be controlled by using the magnet field. The important thing is that the qubit must be in the right direction when it faces the sensors. The right position is needed because the qubit must transport the electricity exactly to the right electric wires.
And here we must think that this pyramid-shaped qubit could base two Fe³⁺ ions (Iron III), where is connected three O²⁻ (Oxide), which are acting the contact buttons. The shape of that molecule would be the actually like two pyramids, what top is forming the ferrite ions, what mission is that the magnetic field would pull the qubit by using that thing. If on both sides of the molecule is an iron atom, the system can move the qubit in both directions.
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