Above this text is the so-called "Newton's fractal". And now you might ask, what connections with some fractal has with the universe. The fractal is the geometrical form that is repeating forever. And if we can make the right fractal we could make the model of the entire universe. So if we could make the model of the galaxies or interplanetary nebulas. That means we could make the model of the direction of the energy flow.
Or if that thing is not possible. We could make a model of how the galaxies and universe are advancing. Also, the fractals can be used for modeling weather or movements of gas masses in the atmosphere. But the more accurate models can make by using extremely large gas masses like entire galaxies. When the mass of the gas is rising. The accuracy of predictions of the movement of that gas is rising.
But could "Newton's fractal" be the calculation that models the origin of the universe? That is a coincidence.
But it's an interesting coincidence. Newton didn't know anything about this fractal. And still, that is giving many ideas about the origin of the material.
When we are looking at that fractal there is the shape that seems coming from one point. There are two crossing forms. And that thing brings to my mind that could the origin of the universe be the two crossing wave movement areas?
Maybe, in the beginning, was formed expanding quantum field. That pushed the wave to move away from the point where it formed. And that thing caused the Big Bang.
In that scenario, the crossing wave movement turned to a "ball-shaped form", but what kind of wave movement it was? The wave movement before the universe or material entirety that we call the universe formed was not a waving movement. It was a straight moving wave movement. Those energy lines crossed and that caused the detonation. Sir Roger Penrose noticed that the black holes brought radiation from the ancient universes. And maybe that wave movement was coming from the universe that was gone.
But what was the origin of the crossing wave movement? The simplest answer is that came from another dead universe. The wave-particle duality means that the material is particles but also they have wave movement form. Sharply saying protons and neutrons are part of the subgroup of hadrons called baryons. They are a group of quarks and gluons. So they are particle groups.
There is one thing that we must remember. The wave-particle duality means that only elementary particles can change their form between particle and wave movement. So quarks, electrons, and other subatomic particles can turn to wave movement. But the quantum groups like protons and neutrons cannot do that thing.
So if we want to send a qubit through the black hole we must try to make it by using quarks or electrons for that thing. The requirement is that the information could return. Is that the form of the transmitter can return to its original form. And the elementary particles will not break when they are falling across the event horizon. The idea that a black hole crushes information includes many theories. But one is that the gravitation will break the protons and neutrons. In another version when the particles are coming out from the hypothetical wormhole. They are slowing. And that thing crushes the information.
The hadrons like protons and neutrons are not like "balls" they might look a little bit like small bags where are balls inside them. Those "balls" are quarks". Or maybe if we are increasing accuracy that thing causes that we might see that even the quarks are not balls. They might look like waves if we are using enough high accuracy.
If we are looking at the impact theory where two crossing wave movements caused the reaction called Big Bang the wave-particle duality turned those wave movements to the material. Quarks were the first stable particles in the universe. Or the very first particles might be Higgs bosons or some even more high-energetic particles.
https://en.wikipedia.org/wiki/Baryon
https://en.wikipedia.org/wiki/Elementary_particle
https://en.wikipedia.org/wiki/Hadron
https://en.wikipedia.org/wiki/Wave%E2%80%93particle_duality
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