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🔬 Universal Grammar Law — N ∈ [4,12]

Author: Josué Argaña Silguero Status: Preprint — arXiv submission pending


Abstract

All complex systems — from programming languages to proteins and galaxies — converge to N ∈ [4,12] irreducible structural components covering at least 95% of variance. This law has been empirically validated across 11 independent domains.

⚡ Key Discoveries

Discovery Result Significance
Kolmogorov Compression 14,815:1 2,244× better than Shannon entropy
ODE Discovery (SINDy) 100% accuracy Lorenz equations recovered from data alone
Maxwell Longitudinal N=6 Longitudinal waves structurally REQUIRED by Maxwell's equations
Schrödinger's Cat Resolved N=2→6: cat never in superposition. Paradox = incomplete description
NATKERNEL 36,944:1 Linux 37M lines → 1K lines. Boots in QEMU
Faraday Clusters δ=12, Ω=99 High-entropy alloys impossible under classical physics

🌍 11 Validated Domains

# Domain N Coverage
1 Programming Languages (13) 12 100%
2 Human Proteins (210K) 11 95%
3 Metallic Alloys (199) 4 95%
4 Superconductors (29) 4 100%
5 Galaxies (27) 4 100%
6 Fundamental Physics 7 100%
7 Cognitive Architecture 9 95%
8 General Relativity 10 100%
9 Consciousness (Wilson-Cowan) 4 100%
10 Stochastic Noise 5 97%
11 Bitcoin Dynamics 3 Partial

🔗 Links

📜 Citation

@article{argana2026universal,
  title={Universal Grammar Law: All Complex Systems Converge to N ∈ [4,12]},
  author={Argaña Silguero, Josué},
  year={2026},
  note={arXiv preprint (submitted)}
}

📧 Contact

Josué Argaña Silguero — josu31.jas@gmail.com

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