Could the Universe's Cosmic and Micro Structures be Built by One Interaction?

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In summary, the theory proposed by physicist Eugene Savov suggests that the universe is a self-reproducing interaction occurring at different scales, which results in the creation of the cosmic and micro structures we observe. This theory offers explanations for various puzzles in the universe, such as the presence of iron in distant quasars and the existence of galaxies at the edges of the observable universe. It also aligns with our observations of galaxies as the most distant objects in the universe. The question remains, would the universe be able to sustain itself in a different way? Further exploration of this theory may provide more insights into the functioning of the universe.
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clicky
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I found a very interesting theory claiming that the universe is one interaction that self-reproduces self-similarly at scales of its own like a form of life. The created multiscale sources of interaction build the lumpy structures of the universe at every scale. This theory of interaction, suggested from the physicist Eugene Savov, offers simple explanations to the discovery of iron in the most distant quasars, the existence of galaxies at the fringes of the observable universe and many other big puzzles of the ambient and distant space and the micro world. The “firework universe” revealed in the theory of interaction is consistent with the puzzling observations of galaxies as most distant objects in the accessible universe.

One interaction occurs at different scales and its outcomes build the cosmic and micro structures.

I cannot figure out why and if the universe could work otherwise?
 
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How could the universe self-sustain if it were not organized in such a way? It is amazing how this theory explains many of the observations we have made throughout the years. I am interested to know more about Eugene Savov's theory.
 

1. What are cosmic structures?

Cosmic structures are large-scale formations in the universe, such as galaxies, galaxy clusters, and superclusters. These structures are made up of stars, gas, dust, and dark matter, and are held together by gravity.

2. How do cosmic structures form?

Cosmic structures form through the process of gravitational collapse. Over time, the gravitational pull of matter causes it to clump together and form larger structures, like galaxies and galaxy clusters.

3. What role does dark matter play in the buildup of cosmic structures?

Dark matter is believed to make up a significant portion of the total matter in the universe. Its gravitational pull is essential in the formation and evolution of cosmic structures, as it helps to hold them together and shape their distribution.

4. What methods do scientists use to study cosmic structures?

Scientists use a variety of methods to study cosmic structures, including telescopes that detect different wavelengths of light, such as visible light, radio waves, and X-rays. They also use computer simulations to model the formation and evolution of cosmic structures.

5. How does the buildup of cosmic structures impact the universe?

The buildup of cosmic structures plays a crucial role in the evolution of the universe. It affects the distribution of matter, the formation of new stars and galaxies, and the overall structure of the universe. Studying cosmic structures can also provide insights into the origin and fate of the universe.

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