5. Interpretation
Each domain wall or layer boundary acts as a lens or phase filter, altering the shape and alignment of CMB anisotropies,
The initial fractal tunneling geometry determines coherent directionality, giving rise to preferred axes observed today,
This breaks global isotropy without violating local causality or energy conservation.
6. Observational Implications
Supports reanalysis of WMAP and Planck low- multipoles as genuine cosmological signals, not foregrounds,
Predicts testable cross-correlations between CMB temperature and LSS void positions (which act as tracer domains),
Encourages CMB polarization pattern studies (e.g. TB and EB modes) as further probes of layered interference signatures.
V. Observable Predictions
A. Euclid/DESI: Spatial and Directional H0H_0 Gradients
1. Context and Motivation
