Elevated Charge-Geometry-Information Unified Stability Theory via SFE (SFE-CGIUS): Non-commutative Topological Inevitability of the DNA Double Helix

The Charge-Geometry-Information Unified Stability Theory (CGIUS) is fundamentally elevated by integrating the Rough Operator Algebra (ROA) and Seonggil Field Equations (SFE) [8]. The macroscopic inevitability of the DNA double helix is mathematically redefined not merely as a thermodynamic optimum, but as a non-commutative topological necessity within the Ultimate Inner Model-Forcing Hierarchy (UIMFH). The antiparallel geometry, ion-mediated homologous pairing, and RNA-to-DNA evolutionary transition are formally strictly governed by the Master-key tensor T_0x8A2C, the non-commutative tension î_R, and the onset of Absolute C-Tunneling.