The quantum internet. And smooth photon's problem.

"Flying single photons emitted from a quantum dot are coupled into a field-based deployed fiber in the city of Hannover, Germany, and sent to Braunschweig, Germany. Credit: Light: Science & Applications (2024). DOI: 10.1038/s41377-024-01488-0" (ScitechDaily, Unlocking the Quantum Internet: Germany’s Latest Experiment Sets Global Benchmarks)

The quantum internet is the system. That stores data into the particles like photons. In traditional networks, data travels as a wave movement. And wave movement is always a little bit less accurate. Because wave movement always expands like a shaft or beam of light. That means somebody can steal information from that beam. Even in highly accurate maser and laser systems. Wave movement shafts. That is the reason why the traditional internet is a little bit unsafe.

In the quantum internet, data is stored in particles like photons. The photon travels at the speed of light. The information is the waves on the photon's shell. In quantum systems, photons can have multiple internal states or shells. The wave movement is the thing. That photon transports as information. And because the information is anchored on the photon, it's impossible to steal it.

If we see those photons using some kind of microscope, we see the particle whose surface is full of waves like some water planet. Those waves are much smaller than quarks. They are the thing that makes photons transport information.

But what if we can create a photon that has no waves on its surface? This kind of sterile photon would be smooth. The waves on the photon are the thing that makes other particle's quantum fields vibrate. The photon transports information to other quantum fields through those waves. That sends data to the quantum field like saws. Those waves transport waves to quantum fields. When a wave on a photon shell transports energy to the quantum field photon loses its energy.

It's possible. That smooth photon can tunnel itself through the material. But is smooth photon without hair possible in nature

And the question is: what if the photon has not had those waves on its shell or surface? The thing is that this kind of photon can tunnel itself through the materials. The idea is like in the cases, where information travels faster than particles. When other particles reach their top speed the quantum field at the front of them rips photons off their shell.

Maybe this kind of thing can form the nose where one of the superstrings that form photons turns forward. That superstring creates the nose for photons. That thing can create a situation in which the photon will plow quantum fields from ahead of it. That nose can explain why a photon's speed is the speed of light. When a photon travels in the quantum fields. That nose forms a similar situation to when a supersonic aircraft travels in the air.

The photon loses its contact with quantum fields. Then the quantum shadow behind the photon pulls the superstring open. That causes a situation where the photon turns into wave movement. Then the energy that travels into the photon travels out from that tape-looking structure. That means the photon reaches energy stability. It gets as much energy as it releases.

https://scitechdaily.com/unlocking-the-quantum-internet-germanys-latest-experiment-sets-global-benchmarks/

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