All quantum systems, including black holes, can link each other into complex entirety.

 

"Oxford researchers created the first distributed quantum computer, solving scalability challenges by linking small quantum devices via photonic connections. Credit: SciTechDaily.com" (ScitechDaily, Scientists Just Linked Quantum Processors in a Historic Step Toward Scalable Supercomputers)

Researchers linked quantum processors together. And that is one step forward to scalable quantum computers. The problem with scalable quantum computers is that the quantum entanglements in those systems should be identical. And multiplying the quantum entanglements is quite a difficult but not impossible thing. Theoretically, we can say that things like oscillating hydrogen atoms can make it possible to create a quantum neural network.

Maybe quite soon, researchers can create a molecule where the hydrogen atoms transport information in the structure. The quantum system can transport oscillation in the quantum processors. And that is one way to make a networked and scalable quantum computer. Maybe those frozen molecules can someday create the quantum neural network. That kind of molecule can be a new tool in quantum technology.

The hydrogen atoms are the tools in the new quantum networks. The information travels between those atom's quantum fields. Or actually, information travels through this quantum structure as it travels through the winch wheel series.

That thing causes an idea that maybe black holes can form similar structures in the universe. The black hole is the most powerful quantum phenomenon in the universe. Information can travel also in the black hole's quantum fields similar way as it travels in other quantum networks. And one interesting thing is that also things like gravity fields are quantum fields. 

Above hydrogen ions can create networks. And also is possible that black holes can make similar chains. The hydrogen ion acts as quantum dot that connects other quantum dots into the quantum networks. "Rendering of the tilting of relativistic Dirac cones in the bulk electronic bands of a quasi-two-dimensional (2D) magnetic topological semimetal achieved with insertion of hydrogen that generates tunable low-dissipation chiral charge currents. Credit: Krusin Lab" (ScitechDaily, Hydrogen Ions Are Revolutionizing Quantum Tech – Here’s How)

"Illustration of a quantum simulator with atoms trapped into a square lattice with lasers. The small spheres at the corners are atoms in their lowest energy state. The ones inside a blue sphere are exited (higher in energy) by the first laser, the ones inside yellow spheres are excited by the second laser (even more higher in energy). Credit: TU Delft"(Phys.org, A new design for quantum computers)

The black holes can make the quantum networks as well as all other quantum particles. In that thing, the quantum network's quantum dots are black holes. 

 

 

Above: The quantum network can look like this. The outside forces. Like still hypothetical fifth force destroy those networks.

The black holes will get their "lunch" when they transport energy from the gases around them. Some parts of energy and the particles, including photons, are trapped in the point. Called event horizon. There also photons travel around the black hole. The event horizon is the place where escaping velocity reaches the speed of light. And if the phenomenon where the photon is half outside and half inside the event horizon is possible that thing gives new ideas for the gravitational radiation models.

It is possible. That the superstring can start to travel through the photon. And that makes the structure able to create the system, that forms gravitational radiation or gravitational waves. Gravitational waves are like cyclotron radiation. There the top of the wave is quite low. But behind it comes the energy ditch that is far deeper than the energy wave before it.

In that model, the particles that close black holes at a certain angle start to rotate in the event horizon. If energy and particles come to the black hole at a straight angle. They go straight through the event horizon. If they impact particles that are at the border to fall behind the event horizon. Those particles take energy in their quantum fields. And then send it backward. So that means the gravitational wave source may be in the particles that travel almost with the speed of light around the black holes. So, maybe black holes form similar networks. As other quantum systems can form.  

https://phys.org/news/2024-02-quantum.html

https://scitechdaily.com/black-holes-cook-their-own-fuel-in-a-cosmic-feast/

https://scitechdaily.com/scientists-just-linked-quantum-processors-in-a-historic-step-toward-scalable-supercomputers/

https://scitechdaily.com/hydrogen-ions-are-revolutionizing-quantum-tech-heres-how/