Coherence-Modulated Anisotropies in the Cosmic Microwave Background: A Unified Theoretical and Predictive Framework

This publication present a comprehensive theoretical and mathematical framework for understanding large-scale anisotropies in the Cosmic Microwave Background (CMB), grounded in the coherence-dark coherence model. The work offers a deterministic alternative to standard ΛCDM assumptions, explaining persistent anomalies such as the Axis of Evil, CMB Cold Spot, dipole power asymmetry, and low-l polarization deviations. The collection includes: A detailed theoretical and narrative canvas outlining the role of coherence eigenstates in modulating CMB structures. Precise predictions and comparisons to Planck/WMAP observations, along with forecasts for currently unobserved phenomena. A full appendix with numerical calculations for each prediction, supporting the model’s predictive accuracy. These materials provide a unified, multi-scale approach to cosmological anisotropies, linking coherence phase structures to measurable large-scale cosmic features. Suitable for researchers in theoretical cosmology, CMB analysis, and alternative models of structure formation.