Dynamic Generative Theory: A Quantum Interpretation and Cosmological Unification Framework Based on the Chen-Zihao Generator (Ξ)

This upload constitutes the complete record of the “Dynamic Generative Theory” — a monistic, dynamical framework reconstructing the foundations of quantum mechanics and unifying it with cosmology. **Core Theory:**The theory eliminates the external observer dichotomy, positing that quantum reality is dynamically “generated” through self-referential interactions within a universal “potential field.” Its cornerstone is the “Chen-Zihao Generator” (Ξ = ℏ·t_p), the minimal action quantum of the act of generation itself. From first principles, the theory logically derives eight testable physical predictions, including finite-time wavefunction convergence and programmable entanglement generation. Crucially, the framework is self-referential: the generator Ξ is dynamized (Ξ_eff) by local spacetime geometry, naturally incorporating General Relativity. Large-scale computer simulation, starting from discrete generative rules, naturally reproduces cosmic inflation, structure formation, the observed matter-dark energy ratio (31.5%-68.5%), and yields a first-principles, quantitative cosmological prediction: the total generative lifespan of the universe is approximately 131.5 billion years. **Contents of This Upload:**1. **Formal Theory Paper (v1.2.1):** Complete manuscript with full mathematical formulation.2. **Cosmological Simulation Code (Python):** A self-contained, runnable simulation that reproduces the key results (Ω_m evolution, dynamic η, lifespan prediction) from the theory's equations.3. **Cognitive Storm Records (Documentation):** The raw, chronological records of the 130-hour cognitive process that generated the theory, including the “80-Hour Cognitive Storm Transcript” and “24-Hour Empirical Record.” These documents provide the phenomenological origin and meta-framework of the theory.4. **Experimental Proposals:** Sketch-level ideas for testing key predictions (e.g., finite collapse time, entanglement programming) on existing quantum platforms. This work is open, reproducible, and invites experimental falsification.