Structural Correspondences between Ramanujan's Mathematical Techniques and BNC Theory Unified Mathematical Verification and Empirical Validation Plan
Abstract
This paper demonstrates the deep formal correspondences that exist between the mathematical techniques discovered by Indian mathematician Srinivasa Ramanujan (1887–1920) and the mathematical structure of Bulk Network Cosmology (BNC) theory. We rigorously verify seven specific correspondences based on unified mathematical formulas: (1) Golden Ratio and Continued Fraction Structures mapped to Dimensional Interference; (2) [Almost Integer] Constants and Precision Approximations corresponding to the Fine Structure Constant ($\alpha^{-1} \approx 137.0348$); (3) Infinite Series and Integral Duality informing the Master Formula; (4) Fractional Dimensions and Self-Similarity implemented via the 0.01D Dimensional Gap; (5) Exponential Decay and Scale Unification resolving the $10^{120}$ vacuum energy discrepancy; (6) Zeta Function Analytic Continuation linked to Semantic Closure ($C[\rho] = 1$); (7) Modular Form Duality establishing the Triple Consistency Condition of the Cosmological Constant ($\Lambda$). The paper maintains a clear distinction between established mathematical consistency and unverified physical predictions scheduled for experimental verification (2027–2035), while providing explicit falsification criteria (F1–F5). 本論文は、インドの数学者シュリニヴァーサ・ラマヌジャン(1887-1920)が発見した数学的技法と、バルク・ネットワーク宇宙論(BNC理論)の数学的構造との間に存在する深い形式的対応を実証するものである。厳密な数式に基づき、以下の7つの対応を検証した: (1) 黄金比・連分数構造と次元干渉、(2) 「ほとんど整数」となる定数と微細構造定数($\alpha^{-1} \approx 137.0348$)、(3) 無限級数とマスター方程式、(4) 分数次元と0.01Dギャップ、(5) 指数関数的減衰とスケール統一($10^{120}$問題の解決)、(6) ゼータ関数の解析接続とセマンティック閉包($C[\rho]=1$)、(7) モジュラー形式の双対性と宇宙定数($\Lambda$)の三重整合性。 本稿では、確立された数学的整合性と、2027年から2035年にかけて予定されている未検証の物理的予測を厳格に区別し、理論の修正手順を含む明示的な反証基準(F1-F5)を提示する。
Fields of Study & Subjects
Advanced Mathematical Theories and Applications
Biofield Effects and Biophysics
Relativity and Gravitational Theory
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 6 January 2026
- Language
- EN
- Document type
- Preprint