Quantum computers and markets

 

Quantum computers and markets

Can we someday buy a quantum computer from the supermarket? The reality is that the quantum computer is a faster and more effective system than we ever imagine. If we would make the qubit, what uses laser rays, and have four or more positions, that thing would make one of the biggest dreams of mankind possible. The supercomputer what would have the size of a laptop, and by using the next-generation quantum technology, where the laser rays will travel in nanotubes, or the extremely small coolers, would keep the atom lines stable. 

By using nanotubes and extremely small layers is possible to miniaturize the thermal pump, and cooling element. We could make an extremely small quantum computer. In that case, the lasers would be at least partially will replaced by quantum wires, which are transporting data by using the oscillation of the quantum fields. That solution would revolutionize the quantum computer, but it requires an extremely low temperature. The system would look a little bit like a guitar, and it would drive the data in the form of the line. The bit row would cut in pieces, and send through those quantum lines. 

The system bases the nanotechnology, which would have a small-size cooling element, where the heat would conduct away, and the very small-size chambers where the temperature is near zero kelvin can be done. Maybe those cooling chambers would be the size of the coins, and that would make it possible to create the lightweight space for the zero-kelvin degrees. 

The model of qubit

Image I

And in that chamber, the line of the atoms would make the quantum line, where the oscillation of the energy fields will transport data. The cheap and portable quantum computer would be the dream for data scientists, but it would be a nightmare for security. The quantum computer is the most powerful tool in data science and that thing is faster than any computer before. 

But the thing is that there might be the abilities, what people would not even understand that computer has. And if the quantum computer would put in the missile or jet fighter, that system can run extremely powerful artificial intelligence. 

https://investorplace.com/2020/08/7-quantum-computing-stocks-to-buy-for-the-next-10-years/

Image I https://www.sciencenews.org/article/quarter-century-ago-qubit-was-born

Image II

Nanotube as the qubit. 

Image II ( Image II) is the diagram of the multimode light cable, but the light can be replaced by using an electron or cathode ray. If we want to make the nanotube-form qubit, the number of atom lines in that tube will determine how many layers that thing has. When we are observing the form of the nanotube. That thing can operate also as the qubit. If we are benefiting the idea of multimode light cable, but replace the light cable by using nanotube, where electrons are traveling and hit a certain point of the nanotube in a certain moment.

Graphite would be very good material for the nanotube-based quantum cable. The atoms are in lines, which makes it easy to transport data by benefiting those atom lines and their quantum fields. 

Image III

Image III (Image III) is portraying the structure of graphite, which can form to the nanotube. The form of that tube could look like crystal. The thing how this data transporter has done is to put the atoms in straight lines, where the data can travel between certain atoms. And each atom line is acting like independent but extremely small data wire. The graphite is not very hard material, so that means that the wire can put in the normal nanotube, which protects it against environmental stress. 

 

That thing can turn nanotube the qubit. In this kind of system, the cathode ray will shoot to the nanotube. And then by pushing and pulling the atoms in the nanotube, that thing can transport data by benefiting the atom lines of that small fullerene tubes. When the certain atom line is moving, the electron would transfer data to the carbon line, and that thing would make it possible to make a qubit, which can operate in higher temperatures. 

Image II: https://www.rfindustries.com/images/articles/diagram-multimode.jpg

Image III: Pinterest