Hierarchical Structure of the Cosmos: Black Holes as Portals to Subquantum Dimensions

[r2krc]

 Hierarchical Structure of the Cosmos: Black Holes as Portals to Subquantum Dimensions

Abstract:
This piece delves into a theory proposing that our universe experiences cycles of growth, galaxy development, and eventual contraction via black holes. This process births subquantum universes. These interconnected universes, often labeled as "parallel," are nested within one another. Each primary universe can spawn numerous smaller, slower-paced sub-universes.

Introduction:
Throughout epochs, humanity has been captivated by the vastness of the universe and its countless galaxies. Observations of these celestial bodies reveal patterns, suggesting a repetitive and profound cosmic evolution.

Galactic Evolution and Black Holes' Role:
As the universe undergoes expansion, galaxies emerge and gradually distance themselves from each other. At the core of many galaxies is a formidable black hole, which devours surrounding matter and energy. Over epochs, these galaxies, becoming increasingly isolated, are consumed by their central black holes. Within these gravitational voids, matter disintegrates into basic particles, experiencing significant compression. Black holes have the capacity to stretch both space and time, propelling these particles into an expanded subquantum domain.

Black Holes' Dual Explosive Nature:
Black holes, despite their voracious tendencies, have boundaries. Upon reaching a saturation point in their internal expansion, they experience a dual explosion. One diminishes the black hole, while the other resembles the Big Bang, occurring in a subquantum dimension.

Emergence of the Subquantum Universe:
The explosion within the black hole initiates the formation of a new subquantum universe. This nascent universe, although more compact, mirrors its predecessor's evolutionary path, adapting and transforming over epochs. The cyclical nature of the universe, evident in diverse natural phenomena, is reiterated in this sequence. Black holes signify both the termination of one universe and the inception of another.

The Cosmic Web of Interconnection:
These subquantum universes, while termed "parallel," are not standalone entities. They are embedded within their parent universe, residing in an expanded dimension, thus creating a multi-layered cosmic structure. Each universe's unique temporal rhythm gives rise to multiple sub-universes. This cyclical phenomenon suggests that our universe might have evolved from a prior one.

Echoes from the Ancestral Universe:
Given the interconnected fabric of these universes, remnants from an ancestral universe might persist within its descendants. By meticulously examining spacetime and ancient cosmic markers, we might discern traces linking us to a universe predating ours.

Conclusion:
The behavior of the universe, particularly when viewed through the dynamics of galaxy evolution and black holes, unveils the potential existence of a multi-layered, interconnected cosmos. This theory, while still in the realm of speculation, beckons further exploration and challenges our conventional understanding of time, space, and reality.

While I personally lack the means to validate these theories, there are several methods to potentially confirm them:

1-Determining the Existence of a Parental Universe: To ascertain if our universe originated from a preceding one, we should investigate ancient cosmic signatures. By identifying traces older than those from our Big Bang and comparing their magnitude to our universe's cosmic markers, we can draw conclusions. A significant disparity in size might indicate our universe's birth from a larger predecessor.

2- Understanding Black Holes and Subspace Universes: To discern whether black holes give rise to internal subspace universes, it's essential to study a black hole throughout its lifecycle. By quantifying the matter it absorbs and its energy equivalence, and then contrasting this with the energy it emits upon its demise, we can make inferences. If a black hole expels less energy than it ingests, it suggests the presence of an unobservable subspace where the surplus energy might reside.

I wonder if this theory is possible. I couldn't find any proof that goes against it. I'm curious what you thinking about this theory of mine ?

Edited July 29, 2023 by r2krc
typo

[Genady]

In what way is this story better than any number of others?

[Bufofrog]

2 hours ago, r2krc said:

I wonder if this theory is possible.

This is not a theory, this is just an idea you have based on some articles you read on the internet.

2 hours ago, r2krc said:

I couldn't find any proof that goes against it.

Here are a few:

Each primary universe can spawn numerous smaller, slower-paced sub-universes.  This just something that you made up, that has no evidence that anything like this could be true.

Upon reaching a saturation point in their internal expansion, they experience a dual explosion.  Black holes do not have a saturation point.  Black holes don't explode.

The explosion within the black hole initiates the formation of a new subquantum universe.  This just something you made up without a shred of evidence.

This theory, while still in the realm of speculation, beckons further exploration and challenges our conventional understanding of time, space, and reality.  A theory and a speculation are completely different things.  Your idea is clearly just an idle speculation with no evidence to back it up, as such it is not science, it is a flight of fancy.  Flights of fancy are fun but don't confuse them with science.

Edited July 29, 2023 by Bufofrog

[exchemist]

4 hours ago, r2krc said:

 Hierarchical Structure of the Cosmos: Black Holes as Portals to Subquantum Dimensions

Abstract:
This piece delves into a theory proposing that our universe experiences cycles of growth, galaxy development, and eventual contraction via black holes. This process births subquantum universes. These interconnected universes, often labeled as "parallel," are nested within one another. Each primary universe can spawn numerous smaller, slower-paced sub-universes.

Introduction:
Throughout epochs, humanity has been captivated by the vastness of the universe and its countless galaxies. Observations of these celestial bodies reveal patterns, suggesting a repetitive and profound cosmic evolution.

Galactic Evolution and Black Holes' Role:
As the universe undergoes expansion, galaxies emerge and gradually distance themselves from each other. At the core of many galaxies is a formidable black hole, which devours surrounding matter and energy. Over epochs, these galaxies, becoming increasingly isolated, are consumed by their central black holes. Within these gravitational voids, matter disintegrates into basic particles, experiencing significant compression. Black holes have the capacity to stretch both space and time, propelling these particles into an expanded subquantum domain.

Black Holes' Dual Explosive Nature:
Black holes, despite their voracious tendencies, have boundaries. Upon reaching a saturation point in their internal expansion, they experience a dual explosion. One diminishes the black hole, while the other resembles the Big Bang, occurring in a subquantum dimension.

Emergence of the Subquantum Universe:
The explosion within the black hole initiates the formation of a new subquantum universe. This nascent universe, although more compact, mirrors its predecessor's evolutionary path, adapting and transforming over epochs. The cyclical nature of the universe, evident in diverse natural phenomena, is reiterated in this sequence. Black holes signify both the termination of one universe and the inception of another.

The Cosmic Web of Interconnection:
These subquantum universes, while termed "parallel," are not standalone entities. They are embedded within their parent universe, residing in an expanded dimension, thus creating a multi-layered cosmic structure. Each universe's unique temporal rhythm gives rise to multiple sub-universes. This cyclical phenomenon suggests that our universe might have evolved from a prior one.

Echoes from the Ancestral Universe:
Given the interconnected fabric of these universes, remnants from an ancestral universe might persist within its descendants. By meticulously examining spacetime and ancient cosmic markers, we might discern traces linking us to a universe predating ours.

Conclusion:
The behavior of the universe, particularly when viewed through the dynamics of galaxy evolution and black holes, unveils the potential existence of a multi-layered, interconnected cosmos. This theory, while still in the realm of speculation, beckons further exploration and challenges our conventional understanding of time, space, and reality.

While I personally lack the means to validate these theories, there are several methods to potentially confirm them:

1-Determining the Existence of a Parental Universe: To ascertain if our universe originated from a preceding one, we should investigate ancient cosmic signatures. By identifying traces older than those from our Big Bang and comparing their magnitude to our universe's cosmic markers, we can draw conclusions. A significant disparity in size might indicate our universe's birth from a larger predecessor.

2- Understanding Black Holes and Subspace Universes: To discern whether black holes give rise to internal subspace universes, it's essential to study a black hole throughout its lifecycle. By quantifying the matter it absorbs and its energy equivalence, and then contrasting this with the energy it emits upon its demise, we can make inferences. If a black hole expels less energy than it ingests, it suggests the presence of an unobservable subspace where the surplus energy might reside.

I wonder if this theory is possible. I couldn't find any proof that goes against it. I'm curious what you thinking about this theory of mine ?

Most of this fails to make any testable prediction and is therefore not part of a scientific theory, but just metaphysical speculation. The one thing you do say which seems to be testable is that stuff about black holes exploding. Is there any evidence for this?