"The transition in star formation rates and black hole growth as redshift decreases from regimes where positive feedback dominates to a later epoch when feedback is largely negative. Credit: Steven Burrows, Rosemary Wyse, and Mitch Begelman"
The primary question in black holes in the early universe is this. Which one came first black holes or other stars? The thing is that black holes can form from material, but things like electromagnetic fields can also form this strange object. The string theory suggests that material forming of thin electromagnetic fields is called superstrings. Those power fields transmit information to each other.
Energy and information always follow the same rules. The higher energy level transmits information into to lower energy field. And that means there is also energy transmitted between superstrings. Sometimes there is an empty hole in the power field. And that causes the situation that those strings or higher energy areas fall into that vacuum. There they can start to form a structure that looks like rope.
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| Image II |
The event horizon is at the point where the standing wave is in black holes. The energy that travels in the black hole makes it impossible to see inside it. There is no reflection from the internal structure, and the relativistic jet transmits energy out from the central energy hill. When a black hole takes energy and material the energy wall between the energy hill turns deeper.
An energy hill's diameter decreases, but its height or energy level rises. When energy Walley turns deeper it will push the standing wave in a longer distance. The central energy hill makes sure that the black hole's size will increase when the black hole's core's energy level rises.
The expansion continues until the black hole turns to get less energy than it gets from the environment. The expansion of the black hole means that the standing wave's distance to the energy hill turns longer. And sooner or later the energy hill in the middle of the structure cannot effect the standing wave.
The structure that forming looks like a sombrero or Mexican hat. The most important thing in this structure is the energy wave, which can be gravity or some other wavelength. Then after that wave is an energy valley, and then in the middle of that thing is the energy hill, and that structure pumps energy into the energy hill. Is the energy from gravitational or electromagnetic? That depends on the field's wavelength. And when the energy level in that structure turns high enough, it finally takes the gravitational field with it.
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| Image III |
The valley behind the wave makes energy travel in the structure. And the transition disk pulls energy into this black hole. Then the relativistic jet will transport energy out from it. And that thing makes the vacuum that pulls energy out from the inside the standing wave. When energy Walley turns deeper and deeper it increases energy travel against that standing wave that gets more and more energy.
The image II is meant for use in the Higgs boson model. But the energy fields always act similarly. And we can use the same image with black hole models. When the energy hill in the middle of the particle rises high enough it will fall back. Because energy travels to a lower energy area energy from the relativistic jet falls to the lower energy base field.
And that forms the dome (Image III), which we see as a particle or black hole. Energy cannot come over the standing wave if the energy level is higher. And in that point, it turns to like a dome around the particle or black hole. The dome must turn at a lower energy level than the transition disk so that energy and particles can pass it. That thing can form the gravity waves when more energy escapes from the black hole.
https://www.easyparticles.org/p/symmetry-breaking-page-2.html
https://scitechdaily.com/webbs-astonishing-discovery-of-huge-black-holes-in-early-universe-thought-to-be-impossible/
Image II
https://www.easyparticles.org/p/symmetry-breaking-page-2.html
Image III
https://homework.study.com/cimages/multimages/16/sphere_in_cylinder24131959562441394603.png
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