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The quantum computers would be the most effective tools in history

 

 http://mechanologyandhistory.home.blog/2021/03/14/the-quantum-computers-would-be-the-most-effective-tools-in-history/






The quantum computers would be the most effective tools in history

Quantum computers are awesome tools. And quantum technology is the fastest advancing thing in the world today. The advantage of that kind of system is so fast, that the most modern quantum computer can be old-fashion after one week from its publishing.

So nobody knows where the road goes, and quantum computers have an unlimited field of opportunities in front of them. They can make things faster than any computer before them, and when we are thinking about the systems, what is already in use, and what are under development, the fact is that modern quantum computers are the most powerful tools in many missions, what the mankind has ever created.

And the fact is that they are only the shadow of the next-generation quantum computers, which might be like holograms or fog, which is based on the idea that even the photons can position to the certain places on air. And they would make the new type of quantum annealing technology, where the certain way positioned particles would just transmit data if their energy level is chancing. Quantum annealing would be the most suitable model to create the 3D- a network-based quantum computer, which might base even on the holograms, where the qubits are positioned photons, where the data is transmitting between those photons by using electromagnetic radiation.

The gate-based systems, where the qubit would hit the corners of the gate, and the number of the corners, where qubit hits might be replaced by using the quantum annealing system, where the brightness (the energy level) of the qubit can be adjusted by poping them with electromagnetic radiation. That thing makes those systems even more fantastic and powerful than the gate-based systems are. The quantum annealing systems might be the key of the systems of tomorrow because the stabilization of the qubit is not so sharp. And that thing makes it possible to make compact-sized quantu computers possible.

In that case, the neural structure, which can be made by using the protons electrons, or photons would transmit and process data, when the energy level of those centers of the neural network would stress with radiation. The quantum annealing systems would operate at higher temperatures if the particles of that structure are positioned by using some other way. And the most suitable element for that kind of system is the neutral particles, which are not reacting with the electromagnetic fields, and that thing means that they are easy to position in the right positions.

https://www.zdnet.com/article/quantum-computing-quantum-annealing-versus-gate-based-quantum-computers/

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