ΛCE Honeyverse Prediction for Early Massive Galaxies in the Cosmic Dawn Era (v2)

The ΛCE (Lambda as a Categorization Error) series introduces a geometric framework for cosmology in which the cosmological constant problem, early‑universe structure formation, and large‑scale cosmic behavior arise from discrete tension‑growth dynamics rather than finely tuned parameters. This supplemental paper focuses on recent JWST observations of unexpectedly massive, chemically evolved galaxies at redshifts z ≳ 10. These early, mature systems challenge ΛCDM structure‑formation timelines, which require tuned parameters or rare statistical outliers to accommodate such objects. In contrast, the ΛCE model naturally anticipates them. Across the eight core papers, the series develops the concepts of HU‑doubling, ghost‑lattice emergence, and scale‑dependent geometric tension, showing how these mechanisms produce late‑time acceleration, resolve the Λ discrepancy, and generate a coherent alternative to ΛCDM without modifying known physics. The series emphasizes structural clarity, mathematical consistency, and observational testability. Each paper builds on the previous one, forming a cumulative argument that Λ is not a fundamental physical constant but a misclassification of emergent geometric behavior. This cosmic‑dawn prediction paper serves as a supplemental addition to the series. It applies the ΛCE framework to recent JWST observations of unexpectedly massive, mature galaxies at high redshift, demonstrating that early structure formation is a natural consequence of ΛCE’s geometric dynamics. This supplement highlights the predictive power of the model and its relevance to current observational tensions. v2