A Physical Derivation of the Origin and Organization of Carbon-Based Life: An Independent Deduction from Known Physical Laws

This paper is the axiom statement of the physical derivation for carbon-based life. Proceeding from three known physical laws—the second law of thermodynamics, Newton's first law, and Ohm's law—it independently derives the self-organization of vesicles, RNA, and DNA, the emergence of a self-sustaining micro power grid, and the physical basis of heredity and evolution. The derivation introduces two unifying concepts: the maintenance condition for carbon-based ordered states (Ψ = E + M − N) and the dynamic-to-static memory phase transition. Theorem One (the heart as the geometrically predetermined dissipation center) and Theorem Two (the brain as the densest low-resistance pathway network) proceed from the axioms stated in this paper, independently verifying the derivation on two distinct physical structures. Together, the three papers constitute a complete physical proof: axioms stated, two symmetric theorems independently verified.