Primordial Planets H₂O Origin Unveiling

Based on the space-wide magnetic particle cosmic evolution theory with singularity-free characteristics, this study reveals for the first time that magnetic particles are the core driving factor for the origin of primordial planetary water (H₂O), and proposes a complete chain mechanism of polar adsorption-mediated precursor synthesis - magnetic confinement-regulated water phase stability - mass-energy synergy-maintained long-term retention . By deriving the quantitative interaction equation between magnetic particles and hydrogen/oxygen nuclides, it is confirmed that the adsorption ratio of magnetic particles to hydrogen and oxygen nuclides is 2.05 ± 0.1:1, which is highly consistent with the 2:1 hydrogen-oxygen ratio in water molecules. Through laboratory simulation, the positive correlation between the surface polarity of magnetic particles and their adsorption performance is clarified. Combined with triple verification of astronomical observation, extraterrestrial sample analysis and laboratory simulation, it is proved that free magnetic particles, the essence of dark matter, exert a constraining effect on the water distribution of primordial planets at the cosmic scale, providing a theoretical basis for the material source of water precursor synthesis. This theory realizes the unification of the origin of primordial planetary water and the evolution of cosmic mass-energy carriers for the first time, and the established magnetic signal-water content correlation model has a fitting error of less than 5%, providing a brand-new tool for the habitability detection of exoplanets.