Master Findings in CMB Structural Geometry and Ripple‑Driven Expansion

Abstract

Master Findings in CMB Structural Geometry and Ripple‑Driven Expansion presents the complete observational synthesis of the structural geometry identified in CMB datasets and its consequences for late‑time cosmology. Building on the previously published Scale‑Dependent Structural Constant paper, this work expands the analysis to include the full set of CMB structural signatures—ripple geometry, axis‑tilt behavior, Cold Spot morphology, cascade imprinting, and multipole‑range progression. This paper unifies the scale‑dependent constant family with broader CMB features, demonstrating how the same geometric structure governs both early‑universe anisotropies and ripple‑driven modifications to GR expansion. The result is a consolidated framework showing that CMB structural geometry naturally produces the observed Hubble tension without tuning, additional parameters, or exotic physics. Prior structural work, including the fractal‑dimension and equatorial‑offset findings, is referenced as foundational context. This document serves as the Phase‑3 observational layer of the PHC cosmology model, integrating all major CMB‑based findings into a single coherent interpretation.