Golden Ratio in DNA: Unverified Claims Lacking Quantitative Helix Data — E8 Intelligence Research

Abstract

FINDING: The search results are mostly video titles and abstracts; no primary quantitative DNA-helix measurements are provided in the text itself. The only concrete mathematical content is the Brownian dynamics paper (arXiv: q-bio/0703003v1), which models DNA as a polymer with internal viscosity in shear flow — a continuum mechanics problem, not a sacred-geometry measurement. The YouTube titles suggest claims of golden ratio in DNA anatomy, but no actual numbers, equations, or helix dimensions (e.g., rise per base pair, diameter, pitch) are given in the extracted text. MATH: From the arXiv abstract: stochastic model for DNA in shear flow with internal viscosity — the governing equation is a Langevin-type dynamics with an added dissipative term proportional to the strain rate. No explicit constants or ratios are stated in the abstract. Standard B-DNA geometry (not provided here, but well-established): pitch ≈ 3.4 nm, diameter ≈ 2.0 nm, rise per base pair ≈ 0.34 nm, 10.5 base pairs per Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com