The KnoWellian Phase Transition: Augmenting Procedural Cosmology to Resolve Λ ΛCDM Crises

Here are both fields, ready to paste directly into Zenodo: DESCRIPTION FIELD: This preprint presents The KnoWellian Phase Transition, a peer-review-ready augmentation of the KnoWellian Universe Theory (KUT) — a foundational physics framework proposing that time is fundamentally ternary (Past/Control, Instant/Consciousness, Future/Chaos) and that reality is a continuous procedural rendering process governed by a U(1)⁶ gauge symmetry and a six-dimensional geometric memory substrate called the KnoWellian Resonant Attractor Manifold (KRAM). The paper targets three acute observational crises in the standard ΛCDM cosmological model — the JWST "impossible galaxies," the 5σ Hubble tension, and the Cusp-Core problem — and resolves all three from a single set of first principles through four original mathematical formalizations: (1) the KnoWellian "Instant" is formalized as a Quantum Critical Phase Transition at the Planck frequency using Ginzburg-Landau theory, providing a first-principles mechanism for wavefunction collapse and the quantum mass gap; (2) KRAM attractor-valley depth is quantified via Kolmogorov Complexity, establishing that the universe operates as a self-optimizing cosmic learning algorithm — algorithmically explaining the rapid early-galaxy formation observed by JWST; (3) dark matter is identified with the KnoWellian Chaos field, whose KRAM-coupled wave interference produces destructive phase cancellation in galactic centers, naturally generating the observed flat density cores without baryonic feedback; and (4) Core Metric Micro-Inflation decouples internal metric volume growth from the external areal radius, reconciling planetary-core matter generation with GPS/GRACE geodetic constraints while reframing plate tectonics and auroral phenomena as macroscopic KnoWellian rendering processes. Eight falsifiable predictions are specified with quantitative thresholds, spanning CMB topological data analysis (testable now with Planck data), dark matter interference fringes in dwarf galaxy rotation curves (VLA/MeerKAT), auroral hemispheric asymmetry aligned with the CMB dipole, and secular geodetic anomalies detectable by next-generation GRACE successors. A complete glossary, consolidated mathematical appendix, and full reference list are included.