The quantum computer and beyond

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The quantum computer and beyond

Quantum computing is advancing at extremely high speed, and almost every day, there would be more and more advantages. The thing is that number of qubits is limitless because each frequency of the electromagnetic spectrum can transmit data independently. Quantum annealing is giving new opportunities for the quantum computer. And the idea of quantum annealing is simple.

If the qubits are starting to shine, and we can adjust that shining, we can make the quantum computer, which is forming of holograms. If a quantum computer would form by photons, the data would travel between the photons, which is forming the entirety in the form of the electromagnetic wave movement.

The quantum computer is like the voltmeter, where a certain level of voltage would mean a certain qubit or level of the qubit. The model of quantum annealing is like in the lamps, where its brightness is adjustable. The level of brightness of those lamps is the level of a certain qubit. In that system, the voltage meter has been replaced by the photovoltaic cell, which is metering the level of brightness of that qubit.

So the candela-level would make the level of the qubit, and by using the quantum annealing the system would have millions of qubits in use. And that thing makes quantum computers extremely powerful systems. If the quantum computer can use the entire electromagnetic spectrum for transmitting data, that thing would give billions of qubits.

Quantum annealing makes it possible to create the quantum computer, which is installing in the human brains inside the neurons.

Quantum annealing can be made by using the LED-lights. So in some visions, there is the possibility that in the human brains and the neurons can put the quantum annealing system.

That kind of quantum computer can put in the neurons, and the system can transmit data between those nano-LEDs by using some kind of electromagnetic radiation. And that quantum computer can operate as the part of the nervous system, by taking the electricity from the neural electricity.

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The Lorentz strange attractor (Lorentz butterfly)

But would there be even more powerful systems than a quantum computer?

What if we would just stop time inside the computer? Or what if we can put the computer in the time machine, and then give the mission to the system? Then it would make the calculations and run the algorithm. When the system has solved the answer, the time machine would bring the computer to a minute ahead of the time, when the time machine is left. That thing would make it possible to solve problems that are taking even millenniums in one minute.

"T"-computer would be the most powerful system, whatever created. In that system, the time would be dilated, and the slowing time makes it possible that the system has more time to make the calculations. One of the versions of that computer is the computer, what is in the chamber, what is equipped with two rolls, what are rotating with the speed of light, and that thing would stop the time in it. And of course, the data satellite or computer can put in "Tipler cylinder". The fast rotating cylinder makes the time dilate inside it, and the computer can work extremely fast.

The computing model of Lorenz-butterfly (Butterfly effect) is the model where the data travels between two computing systems. In the middle of that model could be the hub, which can be the black hole. The butterfly model can operate through time and dimension. And that thing would make the system more powerful than every single quantum computer can even be. But one of the most fascinating ideas how the quantum computer can turn even more powerful is to use the model, where data travels through the system to the wormhole, which takes it back to the past. So the data travels from the past to modern time.

https://en.wikipedia.org/wiki/Attractor

https://en.wikipedia.org/wiki/Butterfly_effect

Image I: https://builtin.com/artificial-intelligence

Image II: https://en.wikipedia.org/wiki/Attractor

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