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Evaluates cosmic evolution models, suggesting novel phase transition insights.
The Crystal Bubble Model (CBM) conceptualizes the Big Bang not as a singular event, but as a geometrically enforced phase transition of quantized spacetime within collapsing systems. Synthesizing cosmological natural selection, Choptuik criticality, and loop quantum gravity, the framework successfully resolves the classical singularity via an invariant Planck density threshold. This iteration establishes a structured evolutionary inheritance mechanism operating through the microphysical network of spacetime. By modeling cosmic evolution as a non-singular hourglass transition, the CBM provides a foundational geometric origin for macroscopic universe dynamics.
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Steffen Thoß (2026) studied this question.
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