XYZ FRAMEWORK: THE PHYSICAL WORLD — CHEMISTRY From Hydrogen to Life: A Geometric Theory of Atomic Complexity, Molecular Bonds, and the Emergence of Order

In one breath: The Chemistry paper places every molecule on a single bounded complexity scale through R = (E - N)/(E + N) with hydrogen as the natural zero point, extends this to bond architecture through Ψ = (2E - N - B)/(2E + N + B), reveals atomic geometry as proton count scaled by half-turn constants, identifies water's perfect bond geometry, provides a quantitative criterion for planetary habitability, and traces the origin of life to interacting peptides—all unified by the bounded form (X - Y)/(X + Y).