·
The Jiutu Universal Matrix Theorem (九圖大一統矩陣定理):
o
The Double-Even Rule (雙偶數大防線):
"If
the matrix dimension is divisible by 4, utilizing a 4 × 4 base matrix for
fractal expansion yields the definitive topological equilibrium solution."
(格數只要能被4整除(雙偶數)基底 4 × 4,就用
4 × 4 基底放大,就是解法!)
"If the matrix dimension is divisible by 3, utilizing a 3 × 3 base matrix for multi-channel cascaded block expansion yields the definitive topological equilibrium solution."
(格數只要能被3整除(奇偶幻方)基底 3 × 3,就用 3 × 3 基底放大,就是解法!)
·
Global Tech-Transfer Vision &
Open-Source Legacy (全球招商與開源共享總宣告):
o
Empirical Matrix Breakthrough (4096完全體之威力):
This 64 × 64 matrix, encompassing 4,096 variables, locks flawlessly onto an absolute geometric equilibrium constant
of 131104 across all orthogonal rows,
columns, and diagonals [INDEX]. This landmark fractal architecture serves as
the ultimate digital-twin blueprint to guide future 4,096-channel
nanomechanical coil arrays, achieving a perfect, self-canceling neutralization
of electromagnetic Back-EMF counter-torque .
o Creative
Commons License & Sovereignty Statement (終極開源共享謝幕):
Thank
You for Your Guidance & Farewell (謝謝指導 ‧ 再會)
This work
is officially licensed under a Creative Commons
"Attribution-NonCommercial-ShareAlike" International License.
Copyright © 2026 楊宏彥 (Yang, Hong-Yen). Some Rights
Reserved. (保留部分權利)
- 作品名稱:DNA的64組密碼子及幻方與伏羲64卦.docx
- DOI:
10.5281/zenodo.23098141 https://doi.org/10.5281/zenodo.23098141
IEEE 格式:
H. Y. Yang, "DNA的64組密碼子及幻方與伏羲64卦," Zenodo, Oct. 2026. doi: 10.5281/zenodo.23098141.APA 7th 格式:
Yang, H. Y. (2026). DNA的64組密碼子及幻方與伏羲64卦. Zenodo. doi.org
- 作品名稱:Fractal Expansion Architecture for High-Order Magic Squares and Topological Quantum Resonance.pdf
- DOI:
10.5281/zenodo.23098972 https://doi.org/10.5281/zenodo.23098972
IEEE 格式:
H. Y. Yang, "Fractal Expansion Architecture for High-Order Magic Squares and Topological Quantum Resonance," Zenodo, Oct. 2026. doi: 10.5281/zenodo.23098972.APA 7th 格式:
Yang, H. Y. (2026). Fractal Expansion Architecture for High-Order Magic Squares and Topological Quantum Resonance. Zenodo. doi.org
- 作品名稱:易占.xlsm
- DOI:
10.5281/zenodo.23100341 https://doi.org/10.5281/zenodo.23100341
IEEE 格式:
H. Y. Yang, "易占," Zenodo, Oct. 2026. doi: 10.5281/zenodo.23100341.APA 7th 格式:
Yang, H. Y. (2026). 易占. Zenodo. doi.org
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