The Subquantum Informational Mechanism of Solar–Terrestrial Interaction

Abstract This article explores the subquantum informational interaction between the Solar logical nucleus and Earth's atmospheric system. It introduces a coherent mechanism linking coronal mass ejections (CMEs), magnetic field interactions, and the formation of beryllium isotopes (Be-7, Be-10) in Earth’s stratosphere. The process is mediated through vortex-channelled solar wind, generating information-bearing neutrinos and helium-4 (He-4) particles. These elements serve critical roles in maintaining cosmic homeostasis and informational coherence. The paper highlights the significance of isotopic structuring in logic-resonant computations and defends the hypothesis that the Earth’s nitrogen layer functions as a medium for neutrino- based interstellar information transfer.