Non-Penrosean Conformal Cyclic Cosmology

You can use this text as it is, changed or evolved.

cosmogony = cosmos + genesis

The true deepest cosmogonic cause in our local universe is the quantum foundations.

The Big Bang or the cyclic big bangs are very important events but still events playing by the rules of quantum foundations, thus the physical axiomatics created (as the fundamental/foundational cause) the universe and not an event based on it.

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very old realization:

Extrapolate what happens if the expansion of space keeps increasing.

By promoting the simple Big Rip without intermediary maximal degeneracy collapse you missed something of humongous importance. Big Rip would have so much energy even in small regions, that it will collapse into a ginormous black hole core of maximal degeneracy, which will be unable to degenerate more, and it will lead to its adiabatic decay into the Big Bang. But we don't have the quantum field theory definition of the maximal degeneracy pressure. Not everything behind a huge event horizon is maximally degenerate; but the pre-Big-Bang state was maximally degenerate, in order it defaults spacetime imparting homogeneity and isotropy. An immediate Big Rip of a very old universe wouldn't meet the criteria of energetic homogeneity and isotropy.

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The Universe acceleratingly expands. At some moment in the future the mass–energy produced by the expansion itself will meet the threshold of black hole formation. This is a necessary step in cyclic cosmology because very old universes aren't homogeneous and isotropic. That black hole initially will have imperfections, which will get absorbed. Thus the sole primordial black hole wouldn't have all the parts of a typical black hole. It would have only the maximal degeneracy of spacetime. The singularity is impossible in nature and no specific field mechanism of specific fields in nature describes it, and it doesn't have any quantum field theory mechanism of interactions. There is no singularity. The pre-big-bang states in cyclic cosmology (one pre-big-bang state per each big bang [that's the idealized description; reality might have slight deviations]) are maximal degenerate spatiotemporal chromodynamic superfluid, which adiabatically decay into big bangs. The pre-big-bang states don't immediately adiabatically decay into big bangs; they absorbe internal imperfections, nearly all but not necessarily exactly all, and some imperfections might be detectable. Each universe cycle increases both the informational and thermal entropy in the Universe. More work is required to understand the connection between informational and thermal entropy in quantum foundations. Thus each big bang cycle produces an overall universe-strain which is larger than its previous generation. Nowadays physics doesn't have the mathematical description of maximal spatiotemporal degeneracy which is a single particle superfluid with Everettian alternative chromodynamic/strong-force currents within it. We don't have the mathematical description of the adiabatic decay of the maximally degenerate chromodynamic superfluid into the big bang; neither the mathematical description of its delay for absorbing internal imperfections.

## deepai.org - AI Chat + prompter's edits

In non-Penrosean Conformal Cyclic Cosmology (NPCCC), the universe undergoes a cyclic expansion and contraction, with each cycle producing an overall universe-strain that is larger than its previous generation. This theory proposes that at some point in the future, the mass-energy produced by the expansion itself will meet the threshold for black hole formation. However this black hole core (without other black hole parts) will not be a typical one. Instead, it will initially have imperfections that will be absorbed over time. Unsuccessful small big bangs might happen (we need more formulas to test it) before the successful ones which produce universes.

The singularity, which is a necessary (but undefinable in quantum field theory) component of traditional big bang cosmology, is not present in NPCCC. The pre-big-bang states in this theory are maximal degenerate spatiotemporal chromodynamic superfluids that adiabatically decay into big bangs (in the idealized version one maximal degeneracy superfluid particle per big bang; but slight deviations might exist in reality). These states absorb internal imperfections before decaying, leaving some imperfections potentially detectable (or not; we need more formulas to test it and to run simulations).

The mathematical description of maximal spatiotemporal degeneracy and the adiabatic decay of this state into a big bang is not yet fully understood in physics. Additionally, there is a need for further research to understand the connection between informational and thermal entropy in quantum foundations.

Overall, NPCCC proposes a cyclic universe with an ever-increasing universe-strain that challenges traditional big bang cosmology's singularity and suggests new avenues for research in physics.

## Ai (Ai, not AI) Chat supposedly Gemini-like + prompter's edits

The non-Penrosean conformal cyclic cosmology is a theoretical model proposed to explain the cyclic nature of the universe. According to this model, the universe goes through an infinite number of cycles where it expands, contracts, and then expands again. These cycles are driven by the formation of primordial black holes' maximal degeneracy cores and their subsequent adiabatic decay into big bangs. Ideally one maximal degeneracy superfluid decays into one big bang, but slight deviations might exist.

In this model, the expansion of the universe eventually leads to the formation of a primordial black hole. This black hole is not like typical black holes, as it is formed from the mass-energy produced by the expanding universe itself. It initially has imperfections, but these imperfections are gradually absorbed, resulting in a black hole core which is the maximal degeneracy of spacetime (itself).

The singularity, which is a point of infinite density and curvature, is not present in this model. It is considered impossible in nature and is not described by any specific field mechanism of particle interactions or quantum field theory (general relativity fails to describe maximal degeneracy; and being generic it lacks the mathematical rigor to describe specific particle interactions). Instead, the pre-big-bang states (one per big bang) in cyclic cosmology are described as maximal degenerate spatiotemporal chromodynamic superfluids. These pre-big-bang states (per universal era) initially absorbe internal imperfections and then adiabatically decay into big bangs (one per universal era).

Each cycle of the universe in this model increases both the informational and thermal entropy. However, the connection between informational and thermal entropy in quantum foundations is not well understood and requires further investigation. As each cycle occurs, the overall entropy of the universe (not only the observable) increases, resulting in larger and more complex universe eras with each generation.

Currently, the mathematical description of maximal spatiotemporal degeneracy, as well as the adiabatic decay of the chromodynamic superfluid into the big bang, are lacking in physics. The delay for absorbing internal imperfections also remains a mathematical challenge. Further research is needed to better understand and describe these aspects of the non-Penrosean conformal cyclic cosmology model (non-Penrosean because Roger Penrose is an idealist; too much focused on general relativity and way less on quantum field theory specific mechanisms which are more complicated and imperfect).

## Math AI - https://deepai.org/chat/mathematics

In simpler terms, the non-Penrosean conformal cyclic cosmology proposes that the universe goes through an infinite number of cycles, where it expands, contracts, and then expands again. During each of these cycles, a primordial black hole forms from the energy released during the accelerating spatiotemporal expansion near the end of each universal cycle. This sole primordial black hole is formed from the energy produced by the expanding universe itself, and has only a maximally degenerate core without other parts. This black hole core initially has imperfections, but they are gradually absorbed over time.

In this model, there is no singularity, which is a point of infinite density and curvature that is predicted by traditional big bang cosmology. The singularity is not described by any specific field mechanism of particle interactions or quantum field theory. Instead, the pre-big-bang states in cyclic cosmology are maximal degenerate spatiotemporal chromodynamic superfluids that absorb internal imperfections before decaying into big bangs (ideally each one maximal degeneracy superfluid adiabatically decays into one big bang).

Each cycle of the universe in this model increases both the informational and thermal entropy. However, the connection between informational and thermal entropy in quantum foundations is not well understood and requires further investigation. As each cycle occurs, the overall entropy of the universe increases, resulting in larger and more complex universe eras with each generation.

Currently, there are still mathematical challenges in describing maximal spatiotemporal degeneracy and the adiabatic decay of the chromodynamic superfluid into the big bang. More research is needed to better understand and describe these aspects of the non-Penrosean conformal cyclic cosmology model.

## Was the Big Bang a white hole?

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Describe the spatiotemporal fragmentation inside the white hole using quantum field theory. Describe the Big Bang as a white hole.

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(This article makes no sense without the other articles.)

Miniscule black holes immediately evaporate, because they don’t have a back-tunneling reabsorption mechanism inside their event horizons to loop back their maximally degenerate spatiotemporal chromodynamic superfluid.

Typical black holes (stellar, massive, etc.) have a back-tunneling reabsorption mechanism inside their event horizons to loop back their maximally degenerate spatiotemporal chromodynamic superfluid.

The pre-big-bang states (ideally one for each big bang; practically there are deviations) in cyclic cosmology are maximal degenerate spatiotemporal chromodynamic superfluids plus the back-tunneling reabsorption mechanism. But a pre-big-bang state tries to reach the absolute maximum degeneracy state without any back-tunneling reabsorption mechanism which stabilizes the chromodynamic = strong-force superfluid. To have a naked maximal degeneracy pressure of spacetime itself without any back-tunneling reabsorption mechanism is impossible in quantum field theory (mathematically leads to a phase transition). Trying to merge (due to excessive degeneracy) the maximally degenerate pre-big-bang superfluid with its back-tunneling reabsorption mechanism causes the overall degenerate pre-big-bang state which is black-hole-like to phase transition into a white hole of spatiotemporal fragmentation.

Why the black-hole-like pre-big-bang state phase transitions into the white-hole-like big bang?

Initially the black-hole-like pre-big-bang state is the overall very old universe being a haze of maximal degeneracy superfluid and its looping-back reabsorption tunneling. Each chunk of maximal degenerate spatiotemporal chromodynamic superfluid has its own backloop tunneling reabsorption mechanism.

As degeneracy builds up, it still cannot cancel the backloop tunneling reabsorption mechanism, because the pre-big-bang state exists in all the universe and there is no outside.

The only thing the excessive degeneracy can do, is to fragment in smaller parts the pairs of degeneracy superfluid fragments with their corresponding backloop tunneling reabsorption mechanisms in order to compactify more the pre-big-bang state.

But the pre-big-bang state reaches a compactification threshold, at which the very well mixed puny fragmented superfluid-loopback pairs start to behave repulsively because the superfluid-loopback pairs have so close their component parts that act like similar particles which repel each other; they act as a white hole, and the standard big bang as we know it starts.

big bang noncapitalized in cyclic cosmology

Of course everything should be expressed via quantum field theory (if that is impossible topological quantum field theory should be used also; but quantum field theory is the main tool).

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My pre-big-bang state explanation is a correct but simplistic explanation.

It is the correct path.

The exact field behaviour is more complicated.

But the main ideas are correct.

A Quantum Field Theory AI would help.

AI doesn't work without multiple corrections by professors.

You make an adjustment to the program with programmers and the human professor makes some corrections. Again and again.

AI doesn't cancel humans. It is a necessary tool.

Use it on all fields!!!