Image I) IBM Quantum system one.
I don't know how effective that kind of system is. Anyway, the fact is that in binary computer systems the personal computers are not ever so powerful as supercomputers. We are not expecting that laptop computers can make the same things as some supercomputers in the supercomputing centers.
But even low-power quantum computers are more powerful than regular binary computers. And if we are thinking that the power of the work stations rises 1000 times that is a great advance in computing. This type of system can run complicated tools than ever before. And the thing is that all workstations can interconnect together by using the WLAN.
The weakness of quantum computers is that they are massive systems. Those systems require absolute stable conditions and the temperature in there must be absolute zero point. In quantum systems, researchers must eliminate all oscillation and all effects that can turn electrons out of the track. So there must be some other things to be done for making the quantum system that operates at room temperature.
Some solutions can make table-size quantum computers real. The power of those systems is not so high as some large-size systems. But maybe in the future, there are two types of quantum computers.
1) Personal quantum computers that are desktop-size or even smaller.
1B) Portable or mobile quantum computers.
2) Super quantum computers that are in the computer centers.
The division is the same with binary computers. But in the name computer is included the word "quantum". And there is a possibility that when the quantum computers are turning more common. They are just turning the "computers". Who knows the future?
But then to the solutions that can make the room-temperature operating quantum computer possible. Maybe those systems are not so powerful as in some quantum computers that are in the computer center. But they are more powerful than regular binary computers.
The lasers and chemical qubits can solve problems of the creation of the more powerful, table size, or portable quantum computers.
The use of laser rays, regular wires, or viruses can solve the problem to make a portable quantum workstation. Those systems use artificial intelligence for removing overlapping data segments. They are not so powerful as the quantum computers that are used in the calculation centers. But they can make personal and portable computers more powerful and able to drive more complicated code than ever before.
Image II:
Left: T4 Bacteriophage-virus
Right: Coronavirus
1) Use the lasers or regular electric wires as the qubit.
The series of the laser rays or the electric wires act as the three or four-layer qubit. There are needed three or four laser rays or electric wires for making the data transportation channel. One of the wires is telling the system if the computer is on or turning off.
And the other wires are transporting data. The calculation of the layers or states of the qubit always starts from zero (0,1,2,3). And in this system, every single wire or laser ray is the layer of state of the qubit. The data will be driven to the system by using TCP/IP protocol. The data row will drive to the terminal of the qubit. And share to pieces that are moving in lines through the data bridge.
2) Making the chemical qubit by using a virus.
In those systems, the idea is that the virus in which DNA is destroyed. Acts as the switch. The virus would act as the platform where the nano-technical springs are installed. And especially coronavirus could be acting as the platform for artificial neurons. In those qubits, the data is driven to the switch as the entirety.
In that process, every data segment has numbers. The virus acts as the switch which transmits data to a terminal where AI removes the overlapping data segments. So in this case, the terminal where data is handling locates after the switch.
2a) The bacteriophage (Image left) as a qubit
The idea is that the bacteriophage virus is turned into a qubit. On the layer of this virus would put the carbon molecules for making electricity travel. And to the "feet" of the virus would install the magnetite bites. Then, that virus would position in the chamber.
Every point of its leg is the electric wire. When the wire or the assistant system will connect electricity that will pull the foot of the virus to the wire. And it connects the electric circuit. The number of contacts determines the state of the qubit. In this kind of chemical qubits, the data will transport through the qubit as an entirety. And artificial intelligence eliminates the overlapping parts of the data.
2b) Use the coronavirus (Image right) as the qubit.
The idea is that the core protein of the virus will replace be using the nanotechnical springs. At the point of those springs is the electric wire that will pull the nano spring to it.
The virus would be on the wire which transmits data through it to the system. The virus would be in the chamber, where it is acting like a neuron. This is another way to use the virus as a tool.
The image I: (https://en.wikipedia.org/wiki/Quantum_computing)
Other images: (Wikipedia and Scitech Daily)
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