The biggest challenge of the quantum network is to make the superpositioned and entangled particle pair that stands long enough.

The next-generation quantum network bases the qubits that are superpositioned and entangled between devices. The ability to create a network of superpositioned and entangled qubits would be an amazing project.

The idea is that the data travels between devices by using quantum teleportation. So the superpositioned and entangled particles are forming quantum sticks between the devices. The problem is that the electron and proton have only one pole.

Image 2 shows the spin of the electron and this is the problem. Creating superposition in the clockwise and anti-clockwise spinning particles is difficult. If the spin could be beautiful rotation creating the long-term quantum entanglement is much easier to make.

The superposition and entanglement need long-term stabilization if that thing wanted to use in mobile devices. Or making the quantum computer connected to one entirety.

Otherwise, the entanglement connection between the devices must renew simultaneously. If the quantum network wanted to use in mobile devices there is the possibility to download movies to mobile devices in one piece and also the other data transmission would also use as short-term bursts.

But talking by using quantum mobile devices would be difficult because that thing requires a long-term connection. And that thing means the quantum systems are the systems of tomorrow.

The thing that makes the straight superposition the most effective thing to make the quantum network real. Quantum teleportation makes two mobile devices acting like they are the same system.

But if we are thinking that the quantum network would be the same way flexible as the GSM network there is much work to do. The thing how to adjust the distance of the ends of the qubit is one of the biggest challenges for making the quantum mobile network. But the first challenge is how to create the quantum superposition safely through the air without causing injuries or damages. Maybe the quantum network is in everyday use sooner than we expect.

(Image 2)"A single point in space can spin continuously without becoming tangled. Notice that after a 360-degree rotation, the spiral flips between clockwise and counterclockwise orientations. It returns to its original configuration after spinning a full 720°" (Wikipedia, Spin (physics))

The electron has only the south pole and the proton has the north pole. Everything that I write about the spin of the electron is similar if the particle is a proton. The spin of those particles is 1/2. So you might replace the word electron by using the word "proton". The spin of an electron is always limited. And when the power transmission to the electron ends the electron rotates back.

During returning to the original direction or returning to base level electron will release the extra energy as the radiation. This radiation is the thing that will detect by sensors that are driving data to the quantum system. But the problem is that when the electron (or proton) spins back it can break the superposition and entanglement.

So what if we would use neutrons in this demanding process, where we want to make the stable entanglement between two devices. The neutron is the only particle that has south and north poles. That gives neutron the ability to rotate full lap. The spin of the neutron is marked as 1/2. But the two polarity quantum structure makes it possible that the neutron can rotate full lap. There is one interesting thing about the neutron. The neutron acts like a neutron star and if that particle is put to rotate.

So if the neutron is aimed in the right direction, and put to rotate that radiation can act as the data transporter. In some visions, neutrons can act as the rotor of the quantum generators. The spinning neutron can position inside the ring of the protons and electrons. And that quantum generator would same way transform the kinetic energy to electricity like the bigger ones. maybe those kinds of things are making electricity for the next-generation quantum systems.

()https://en.wikipedia.org/wiki/Electrons

()https://en.wikipedia.org/wiki/Proton

()https://en.wikipedia.org/wiki/Spin_(physics)

Image 2():https://en.wikipedia.org/wiki/Spin_(physics)

()https://visionsoftheaiandfuture.blogspot.com/

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