Curvature Framework
At the closed-Region scale, external curvature accounting is no longer performed by raw CPP count. CPPs remain the primitive intrinsic curvature sources, but once CPPs close into stable electron, proton, and neutron Regions, the externally sampled curvature source is the closed-Region inventory.
Curvature is therefore expressed through inventory, propagation coefficient, sampled separation, and system regime. Compact bodies use closed-Region inventory and inverse-square propagation. Extended systems require an enclosed inventory profile that may grow with radius.
§1 — Curvature Definition
Defines smallest closure-equivalent inventory, curvature coefficient, propagation length, resistance ratio, and the first-principle relation to \(G\).
§2 — Single-Body Curvature
Builds curvature inventory for atoms, larger bodies, solar-system objects, and galactic carrier rotation.
§3 — Two-Body Curvature
Separates orbital sampling from coupled inventory-weighted curvature interaction.
§4 — Halo Inventory Profile
Defines halo inventory as the excess enclosed inventory required by observed motion after compact baryonic inventory has been counted.