3I ATLAS as a Natural Photon–Matter Collapse Resonator - A TGIU Perspective

The interstellar comet 3I/ATLAS exhibits unusual physical and informational signatures compared to known comets in our Solar System. Observations reveal extreme negative polarization, anomalous composition (Ni-rich, Fe-poor, CO₂-dominated with little H₂O), and dynamically fragile equilibrium. Using the Universal Gravito-Informational Theory (TGIU), we interpret 3I/ATLAS as a photon–matter collapse resonator: a transitional state between photonic coherence (liquid/frozen light experiments) and baryonic matter. Its Collapse Informational Directional (CID) fingerprint indicates a fragile TEF (Equilibrium Force) balance and high informational entropy density (𝒮 ≈ 1.6× typical comets). These findings suggest that 3I/ATLAS is not simply an interstellar comet but a cosmic laboratory for collapse resonance processes.