Toward Unification Based on "Generation" Models and Prospects of Dynamic Generative Theory

**Note: ** The linked GitHub repository is temporarily inaccessible due to an account issue under appeal. A GitLab mirror is being built. For the latest code, data, or collaboration inquiries, please contact me via email: chenzihao. dynamic@outlook. com or zihaochen. dynamic@wszim. edu. pl GITHUB: https: //github. com/ZihaoChenDGT/DynamicGenerativeTheory **Core Theory: ** This work presents **Dynamic Generative Theory (DGT) **, a meta-theoretical framework proposing that physical reality is a process of continuous dynamic "generation" from a unified "potential field. " The theory eliminates foundational dualisms (observer/system, force/matter) by centring on "becoming. " Its quantitative core is the **Dynamic Generative Principle**: the minimal action for a generation event is the effective quantum `Ξₑff (g, H) = ħ · ℱ (g) · ξ (H) `, modulated by local spacetime geometry (`g`) and historical depth (`H`). From first principles, DGT logically derives **eight specific, falsifiable physical predictions**. Crucially, the framework is self-consistent and retroductive: its autonomous mathematical model (based on a spinor potential field) seamlessly degenerates to the Dirac, Schrödinger, and Einstein field equations without extra conditions. In this framework, Newton's constant `G` emerges as a derived quantity (`G = ħ/ (8π) `), gravity is interpreted as the geometric shaping of the potential field by historical traces, gauge interactions as relation-coordination modes, and quantum phenomena as primitive generative states. **Contents of This Upload: ** 1. **Formal Theory Paper (Main Manuscript): ** The complete, self-consistent presentation of Dynamic Generative Theory, including its philosophical foundation, the second-stage autonomous mathematical model, derivations, eight testable predictions, and analysis of future mathematical formalisation challenges. 2. **Cosmological Simulation Code (Python): ** A self-contained, runnable simulation implementing the theory's generative dynamics. It reproduces key cosmological results, including structure formation and the evolution of the matter-energy density parameter `Ωₘ`. 3. **Cognitive Genesis Records (Documentation): ** The complete, chronological logs of the first-person thought process that generated the theory. This provides the phenomenological origin and meta-context for the formal work. 4. **Detailed Experimental Proposals: ** Concrete and feasible experimental blueprints for testing key predictions, notably: * **Prediction 1 (Historical Imprint): ** A full statistical protocol to detect non-I. I. D. sequences in repeated quantum measurements by stripping away classical device noise. * **Prediction 7 (Gravitational Modulation of Quantum Coherence): ** A decisive ground-based test using a vertically displaced cold-atom interferometer to measure changes in interference visibility (`V`) with gravitational potential (`Φ`), alongside analysis of preliminary supporting data from NASA's Cold Atom Lab. **Key Updates & Highlights in This Version: ** * **A Complete, Autonomous Framework: ** Presents a three-stage research program, from a self-consistent mathematical model to the conceptual frontiers requiring new mathematical tools. * **Eight Testable Predictions: ** A tightly reasoned chain of novel effects from micro to cosmic scale, with two already supported by preliminary evidence. * **Concrete Experimental Pathways: ** Prediction 1 (Historical Imprint) and Prediction 7 (Gravitational Modulation) are presented with detailed, feasible experimental designs that can be implemented with current technology. * **Strong Preliminary Evidence: ** Prediction 7 is qualitatively supported by NASA Cold Atom Lab data showing order-of-magnitude longer coherence times in microgravity, naturally explained by DGT as a weakened `Ξₑff` effect. * **Mathematical Self-Consistency Achieved: ** The generator `Ξ` is fully dynamized as `Ξₑff (g, H) `. Historical depth `H` cleanly separates generation efficiency (`ξ`) from state determinacy (`C`). The gravitational constant `G` is derived. * **Theoretical Deepening: ** The framework naturally reinterprets mass, density, and volume as emergent properties of historical knotting within the potential field, offering a unified process-based ontology for material properties. ** (For the latest theoretical developments on the "mass-density-volume" ontology and the "bosonic sea" third-stage framework, please see the subsequent Zenodo records or contact the author. ) **