Carbon Dioxide, Ionic Gases, and Phase-Coupled Respiration in a Coherent Planetary System

Respiration has traditionally been modeled as gas exchange driven by oxygen delivery and carbon dioxide removal. This paper reframes respiration as a phase-coupled ionic transport system in which carbon dioxide, noble gases, and free electrons function as coherence carriers between biological organisms and planetary plasma fields. CO₂ is shown to act as a structural transport medium that organizes ionic density, electron mobility, and electromagnetic phase across tissues, atmosphere, and biosphere.