Paper 37 — Part 2: Hydrogen as a Measurable Carrier of Central Organization: Nine Scales, Two Regimes

This paper is Part 2 of a two-part study of the two-state hydrogen pattern within the Generative Dynamics framework (Series II). Part 1 (Paper 36, doi:10.5281/zenodo.20310140) presents the same pattern across five basic scientific disciplines; this paper extends it across nine independent scales of material organization. Wherever a center exists as a source of organization, hydrogen around it organizes itself in two simultaneous regimes. Nine independent empirical lines across multiple scientific disciplines, measured by different methods and instruments, confirm the same principle — from the subatomic to the cosmological scale: proton spin in a magnetic field, the bound state of the hydrogen atom, two-state supercooled water, A–T and G–C hydrogen bonds in DNA, two hydration regimes around the cellular nucleus, molecular and metallic hydrogen in planets, the radiative and convective zones of the Sun, cold and warm neutral interstellar hydrogen (CNM/WNM), photoionized and warm-hot intergalactic hydrogen (IGM/WHIM). At every scale the local mechanism is different, but the functional relation remains the same: the center establishes a gradient, the hydrogen system carries it in two regimes, and structure manifests as the result. Hydrogen reveals one center and two regimes. And even when the center is not directly observable, hydrogen makes it measurable through the two-regime organization of structure. Black holes and gravitational centers are not always directly visible as material objects, but their centrality is manifested through hydrogen that organizes itself around them in two regimes. Hydrogen is the medium that translates the invisible source of organization into measurable structure. C₀ + γ → H → S. This paper is part of the Generative Dynamics series, Series II (Papers 32–37). Published bilingually (English + Croatian) within a single Zenodo deposit. Companion paper: Paper 36 (Part 1), doi:10.5281/zenodo.20310140.