Quantum Coherence Cosmology (QCC) as a Predictive Model for Quantum Friction: Validation Against Gao et al. (arXiv:1612.08675v3)

This dataset and simulation package provides a direct validation of the Quantum Coherence Cosmology (QCC) framework against the frictional and coherent oscillation behavior observed in Gao et al. (arXiv:1612.08675v3). Using scalar coherence fields φ(z, τ) derived from Planck PCCS 030 GHz compact source data, the QCC model predicts friction-like dissipation through quantum memory field interactions. This .zip includes fully executable code, analytic comparison scripts, and output plots showing high-fidelity matches to Gao's empirical results. No fitting or re-use of Gao data was performed — only predictive modeling via QCC coherence field propagation. This work demonstrates that QCC can serve as a physical origin for the emergent quantum friction observed in condensed matter spin systems.