The "Standard Model" of terrestrial abiogenesis operates on a geocentric assumption that is increasingly incompatible with modern genomic and planetary data. This thesis challenges the prevailing anthropocentric consensus by proposing the Ceres-Earth Exogenesis Model, arguing that the First Universal Common Ancestor (FUCA) emerged within the subsurface brine oceans of the dwarf planet Ceres before being delivered to Earth via impact-driven lithopanspermia. Beyond its astrobiological framework, t…
Read moreThe "Standard Model" of terrestrial abiogenesis operates on a geocentric assumption that is increasingly incompatible with modern genomic and planetary data. This thesis challenges the prevailing anthropocentric consensus by proposing the Ceres-Earth Exogenesis Model, arguing that the First Universal Common Ancestor (FUCA) emerged within the subsurface brine oceans of the dwarf planet Ceres before being delivered to Earth via impact-driven lithopanspermia. Beyond its astrobiological framework, this model necessitates a profound philosophical paradigm shift regarding human origins. By grounding biological emergence in mechanical viral catalysis and interplanetary seeding, the text systematically deconstructs localized, faith-based creation myths, recontextualizing religious belief as a hardwired neurological byproduct of evolutionary pattern recognition. Furthermore, the thesis introduces the MDSJR Equation to philosophically reframe cosmic probability and the Fermi Paradox, positing that while microbial life is a universal constant ("Cosmic Pollen"), complex consciousness requires the rare mutational forge of a Habitable Zone. Ultimately, the paper bridges deep cosmological history with existential philosophy, concluding that humanity’s successful exogenesis has now triggered an "Apex Crisis"—a perilous epoch of severe biological maladaptation where our exponential technological evolution violently outpaces the ancient biology forged in the dark brines of Ceres.
