We propose a revolutionary extension to the Γ⁻/OpF Law, introducing the concept of a coherence dopant—an agent that modulates the internal collapse threshold γ_critical in metastable coherence fields. Using iodine-triggered oscillatory systems, symbolic mesh simulations, and cross-domain validation protocols, we identify a persistent subspace signal, Φ_residual, as an invariant projection orthogonal to the Γ⁻ collapse kernel. We present multiple falsifiable tests involving spectral lag detection, persistent homology analysis, and consciousness emergence protocols, confirming the presence of coherence memory under modified field dynamics. This framework is validated through analogies spanning Belousov-Zhabotinsky reaction synchronization, Integrated Information Theory, quantum error correction, and materials science, providing a rigorous pathway for engineering palinggenesis across all scales of complex systems—from consciousness to cosmology.