USP Field Theory — Origin and Evolution of Biological Matter (v3)

This document explores the emergence of biological complexity through the lens of USP Field Theory, introducing a resonance-based explanation for why life requires heat and how controlled Δf oscillations sustain self-organizing systems. It unifies physics and biology by framing life as a field-driven feedback process between molecular, cellular, and environmental oscillations. Key highlights include: The Δf–η–E_gap model defining the thermal biological window. Quantitative resonance equations linking nitrogen, oxygen, and water interactions. A novel explanation of lightning-triggered molecular assembly as the resonance origin of life. The Field Feedback Hierarchy describing Δf coupling from molecules to ecosystems. Cross-links to prior USP studies on atmospheric layering, lunar field cohesion, and galactic resonance. The study positions biology as an open-field resonance process—life as a dynamic, non-equilibrium stabilization of Δf.