The quantum spin-chain.

The spin chain is the thing that makes the quantum networks possible.  In this text, quantum spin chain means spin chain. Those chains are quite hard to make because the spin chain is not fully synchronous. The thing, that we can call a quantum dot makes a particle chain act as the tooth of the very sparse-toothed gear. The tooth is the quantum dot that makes contact with the other particle. 

When the system starts to transmit information in the quantum spin chain it must transmit it to the highest energy particle in the chain. When the system makes that thin, it creates a small tooth or energy hill to the receiving particle's quantum field. Then that receiving particle must turn to the next particle in that chain. 

Then it sends information to that next particle. The idea is that information is frozen as the wave to the particle's quantum field's shell. The idea is that the wave travels in that chain and the outsiders cannot see it. The problem is that the energy loss will destroy that wave. 

If we want to make this kind of chain the fact is that we cannot benefit spin axles in that process. When the transmitting particle sends information to receive particle that energy should travel over the particle from another axle or pole to another. This thing makes it hard to make the electron superposition and entanglement. The electron has multiple poles and when information hits those poles, those things destroy the wave that travels on the particle. 

Electron superposition must be made. Using its quantum field that is so far that the poles cannot affect the quantum dot. That field must be so strong that it can control particles. And turn the particle into a position where it can transfer information.

Or in some other model, the pole will lock the quantum dot, like a photon to the quantum field. But then it must turn that point to another electron. There must be a point where the energy pothole information can jump in the quantum entanglement. 

And that makes damages the information that should travel to the quantum chain.  The image above is the model of the quantum chain. When information that is the arrow travels in the quantum spin chain it faces the other atom or particle's quantum field. And another thing is that the quantum dot that puts data into the next atom can be in the wrong angle. 

So that thing causes a leak in the spin chain. The energy loss means. That information goes somewhere there is should not go. The requirement for information travel in the quantum spin chain is that the other side of the chain is at a lower energy level. There is one thing that makes the quantum spin chains interesting. It's possible that things like black holes can make this kind of chain. If that thing is possible the wormhole is one of the quantum channels that form in the chain of small black holes. 

https://www.quantamagazine.org/how-hans-bethe-stumbled-upon-perfect-quantum-theories-20250212/

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