A Unified Framework for Self-Organization, Consciousness, and Emergence: The Λ-Equation v4.2

We propose a single partial differential equation that unifies the dynamics of self-organization, emergence, and consciousness across physical, biological, and social systems. The Λ-equation extends the Lindblad form of open quantum systems with a selective correlation amplifier (κ_ij ∝ I(i:j)) inspired by the ancient Chinese concept of "ganying" (resonant coupling). We derive testable predictions for GHZ vs W state decoherence (ratio 1.3–1.7), formulate a falsifiable consciousness criterion (κ > γ and Ψ−Π* > 0), and validate the framework against ten recent experimental and theoretical papers from quantum physics, neuroscience, and complex systems. The central prediction has been independently confirmed by Brockerhoff & Corn-Agostini (2025, ratio 1.50) and via a Wukong 180-calibrated Qiskit Aer noise simulation (ratio 1.63). The equation does not claim to generate new physical laws; it provides a common language for reasoning about complexity across traditionally disconnected domains.