How quantum computers find the right data
The key element of the finding the data in the computer memory is the bookkeeping of the system. That bookkeeping or the card file contains the information the data that the user is looking for can be found. And in the quantum computer that version of the card file can contain the data, which route the data must be travel if the computer wants to find it.
The Bose-Einstein condensate can form the extreme cold amoeba, which can route data to the right wire. This liquid could be superconducting, and "easy to handle". But keeping the temperature of the superconducting liquid in the level that is near the absolute zero kelvin is the problem. If condensate would touch the layer of the chamber in the wrong point or too early the qubit is useless. Same way if it would lose its superconduction when the temperature rises too high, the condensate is unable to work.
Use the Bose-Einstein condensate in qubit is one of the most interesting ideas, that I have seen. The idea is that the ultracold liquid condensate would be acting like the amoeba in the chamber, which acts as a neuron. The data will be transmitted to the superconducting liquid, and then the magnet will pull the condensate to the contact layers, which are transmitted the data forward in the linear form. The idea is that the quantum computer has the database, where is the knowledge, what route the data should travel.
Then the right point of the surface of the qubit is pointed to the laser light, and that light could activate the photoelectric element at the chamber, which pulls the condensate with a magnet to the right point. So at the root of every, each wire is the magnet, and the database what is the card file, where the data can be found will contain the information, what are the wires, what the system must select, for finding the point, where the data, what wanted to process can be found.
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