Quantum Coherence Theory (QCT): A Static Structure Model of Dark Matter Encoded in CMB Harmonics

We present the Quantum Coherence Theory (QCT) model, a novel cosmological framework that structurally reformulates dark matter and the cosmological constant with scalar coherence fields derived directly from the Cosmic Microwave Background (CMB) temperature power spectrum. This framework interprets the CMB TT power spectrum as a resonance map encoding coherence delays and accelerations which manifest as large-scale structure inversion or enhancement across observational datasets. We construct three dimensionless fields mu(z), nu(z), and phi(z) = mu(z) - nu(z), representing quantum coherence bursts, wells, and net field intensity, respectively. These fields are evaluated against several cosmological datasets (Pantheon+, KiDS, DR9Q, GWTC, BAO) using normalized RMS residuals, correlation coefficients, and visual overlays. We derive a Lagrangian for phi(z) evolution including an echo kernel kappa(z), modeled as a feedback mechanism coupling coherence bursts and gravitational wells. The model achieves strong RMS alignment and correlation with observational data, without parameter tuning.