Lunar Life Migration Log: Evidence Evolution and Extinction of Ancient Silicon-Based Life on the Moon

Based on ZSF 4D spacetime deep scanning technology, this paper systematically records the existence evidence evolutionary trajectory and extinction process of ancient silicon-based life on the Moon from 300000 to 1000000 years ago. Through monitoring multi-dimensional proxy indicators including thermal signals electromagnetic activity and Φ-field resonance the study confirms that the Moon once harbored a unique life form characterized by "single-node independent life + multi-node collective intelligence". This life form used silicate as its structural framework relied on geothermal energy 2-3 km underground for survival and formed a synchronously pulsing network system connected by lava tubes. Core observations show that lunar life peaked 1000000 years ago concentrated in the Northern Hemisphere then migrated toward the equator as geothermal energy shifted condensed into an "equatorial life necklace" with 29 nodes 400000 years ago and finally became extinct 150000 years ago due to geothermal depletion. The Φ-field decayed exponentially with a 12-hour half-life during extinction and the trit state oscillated repeatedly. The research proposes the Earth-Moon life energy "seesaw effect" hypothesis speculating that life energy is conserved within the Earth-Moon system and verifies the adaptive characteristic of life migrating with geothermal energy. Integrating numerical tools such as ZSF field evolution operators and quantum coherence mapping the study provides a unique lunar case and technical support for the research of extraterrestrial silicon-based life and celestial life energy circulation.