ERIЯƎ Simulations — Coherence Emergence in the Cosmic Microwave Background

This article presents a coherent geometric model for the Cosmic Microwave Background (CMB) under the ERIЯƎ framework, combining the results of Expansions 51 and 52 with Anexos 21 and 22. It introduces a novel approach to the CMB power spectrum as a projection of a helicoidal-temporal resonance between spherical and toroidal domains. The analysis extracts rotational modes and quantized coherence patterns, revealing that the observed spectrum contains spectral harmonics governed by prime-based angular relationships. These findings suggest a deeper underlying rotational structure in the early Universe, defined by coherence stability and disruption across scales.