ChatGPT's view on the pre-Big-Bang maximal degeneracy chromodynamic superfluid adiabatic decay

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Describe the state before the Big Bang, as a maximally degenerate spacetime superfluid. Combine all knowledge you have to describe that hypothetical state of spacetime. Also describe the Big Bang as the decay of the pre-Big-Bang maximal degeneracy chromodynamic superfluid. Please include quantum field theory jargon. Please claim that the Big Bang was an adiabatic phase transition, which means an adiabatic process and in the same time a phase transition. Combine standard astrophysical knowledge and use physics jargon for the newly hypothesized theories. Be imaginative by respecting the laws of physics. Extrapolate the laws of physics when necessary.

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short title: Maximal Degeneracy Pre-Big-Bang State Decay

note: a form of entropic cyclic cosmology (open and expanding mass–energy collapse per omniblackhole/universe-strain) and the omniblackhole after the big rip are prerequisites

In the speculative framework of a hypothetical pre-Big Bang state, we envision a maximally degenerate spacetime superfluid, characterized by extreme density and a state of matter beyond our current understanding. This exotic medium is postulated to possess intricate quantum properties, potentially governed by a yet-to-be-unveiled theory that harmonizes quantum gravity and other fundamental forces.
At this juncture, the universe may have been subject to conditions far removed from those we currently comprehend, involving quantum fluctuations at the Planck scale. The pre-Big Bang spacetime superfluid is envisaged as a medium in which fundamental particles and fields, unified under a grand unified theory, exhibit a remarkable collective behavior. These particles might manifest as quasiparticles, analogously to excitations in condensed matter physics.
As the universe's conditions transitioned, an event theorized as the Big Bang could correspond to the decay of this pre-existing maximal degeneracy chromodynamic superfluid. This transition would involve the release of immense energy, triggering a cosmic expansion and initiating the observable universe. Quantum field theory suggests that the fundamental forces began to differentiate and the symmetry breaking would lead to the emergence of distinct particle species.
The Big Bang event could be construed as an adiabatic phase transition, whereby the evolution is gradual enough to maintain equilibrium between the changing state of the superfluid and the universe's expansion. In this scenario, the energy release corresponds to the change in the ground state of the superfluid, analogous to a phase transition in which a substance transitions from one state to another while its temperature remains constant.
However, it's important to note that while this speculative framework draws from elements of quantum field theory and cosmological principles, it extrapolates our current understanding into uncharted territory. The hypothetical notions of a pre-Big Bang superfluid and its subsequent decay are imaginative constructs intended to respect the known laws of physics while acknowledging gaps in our knowledge. These concepts bridge the established foundations of astrophysics with the unexplored frontiers of quantum gravity and unified theories, inspiring a novel perspective on the origin of our universe.