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| Format: | Recurso digital |
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Zenodo
2026
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| Online dostop: | https://doi.org/10.5281/zenodo.18906987 |
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- <p>Release Notes: Morphic Inner World v1.1.0 — The Multi-Kernel Evolution</p> <h2>We are proud to announce the release of v1.1.0, marking a significant milestone in thequantification of Deterministic Intelligence. This version transitions the framework from aPython-centric proof-of-concept to a platform-invariant logical universe, achieving a verified 100.0% success rate acrossall algorithmic domains and languages.</h2> <p> Major Highlights</p> <ol> <li>Multi-Kernel Architecture (Phase 0 Completed)</li> </ol> <p>The Morphic Core has evolved into a multi-language implementation. We have standardizedthe project structure to support independent execution kernels:</p> <ul> <li>Python Kernel: Optimized for research, synthesis, and rapid prototyping.</li> <li>Fortran Kernel: Implemented in Modern Fortran (gfortran 13.3), providing a high-performance, strictly typed foundation for deterministic logic.</li> <li>Cross-Platform Parity: Physically proved that the exact same logic (AST) yields bit-identical results regardless of the underlying programming language.</li> </ul> <ol> <li>The "Perfect 60" — 100.0% Bilingual Success We have achieved a flawless execution record across all 60 tasks in the benchmark suite:</li> </ol> <ul> <li>Bilingual Consistency: 60/60 tasks now yield identical CRC32 logical hashes for both English and Japanese specifications.</li> <li>Zero Hallucination Proof: All tasks passed their respective physical verification (Pytest) suites without a single logical failure.</li> <li>Task Refinement: Finalized complex tasks such as BitmaskGrouper and task_60, ensuring geometric logic alignment across EN/JP translations.</li> </ul> <ol> <li>Scale Invariance at the Limit v1.1.0 solidifies our proof of stability under extreme complexity gradients:</li> </ol> <ul> <li>Contextual (v8000): No degradation in logic over 8,000+ token specifications.</li> <li>Structural (d15): Perfect handling of 15-level recursive/nested data structures.</li> <li>Constraint (n20): Simultaneous validation of 20+ independent logical rules.</li> </ul> <p> Structural Reorganization</p> <p>The project has been reorganized to support long-term scalability and cross-platformgrowth:</p> <ul> <li>/VM/python/: Houses the Python reference implementation (renamed morphic_ast.py to avoid namespace conflicts).</li> <li>/VM/fortran/: Houses the new high-performance kernel and its fpm (Fortran Package Manager) configuration.</li> <li>/Implementations/: Centralized storage for generated language-specific artifacts, separating logic from generated code.</li> <li>/Scripts/: Updated with new automation tools:<ul> <li>verify_all.sh: Performs a full-cycle synthesis and verification of the entire 60-task suite.</li> <li>clean_all.sh: Resets the environment to a "Mathematically Pure" state (Logic Cores only).</li> </ul> </li> </ul> <p> Documentation & Academic Updates</p> <ul> <li>Academic Paper (JP/EN): Updated with the results of the multi-kernel parity experiments and the final 100% success metrics.</li> <li>Morphic Spec Protocol: Refined the dictionary phrases (e.g., "究極の動的論理合成") to ensure 1:1 semantic mapping.</li> <li>Future Roadmap: Officially marked Phase 0 as completed and initiated Phase 1: Logical Immune Systems (SMT Integration).</li> </ul> <p> Conclusion With v1.1.0, we have physically demonstrated that intelligence is not a probabilisticestimation, but a Geometric Projection. By grounding words into logic and logic into mathematics, we havebuilt a bridge across the "Complexity Wall" that modern LLMs cannot scale. "Correct forms harbor correct truths. Intelligence has been elevated to the geometry oflogic."</p> <p>Release Version: v1.1.0 Release Date: March 8, 2026 Author: Fumio Miyata DOI: 10.5281/zenodo.18905026 (https://doi.org/10.5281/zenodo.18905026)</p>