Quantitative Implementation Ideas and Framework Design Based on DOI:10.5281/zenodo.18299337——A Quantitative Comparison Study of Three Artificial Extraterrestrial Creature Creation Schemes

Based on the Zhao Futao Material Memory Element Axiom as the underlying theory and the author's published preprint "Pathways and Practical Elaboration of Artificial Extraterrestrial Creature Creation" (DOI:10.5281/zenodo.18299337) as the core basis, this study designs a three-scheme quantitative comparison system consisting of two self-developed pathways and a mainstream scheme to address the lack of a unified quantitative evaluation standard in the field of artificial extraterrestrial creature creation. First, the study clarifies the core definitions and boundaries of the three schemes, constructs a unified quantitative index system including 6 core indicators such as extraterrestrial environment adaptability and local resource dependence based on the Material Memory Element Axiom, designs a standardized assignment method and a weighted comprehensive scoring equation, and conducts quantitative assignment, deduction calculation and result comparison for the three schemes. The results show that the self-developed ultimate pathway of artificially preparing organisms using extraterrestrial local materials has a comprehensive score of 0.80, which is significantly better than the self-developed low-cost pathway (0.66) and the mainstream engineering scheme (0.53). Its core advantage stems from its high consistency with the Material Memory Element Axiom——through the native fusion and encoding of extraterrestrial material memory, it achieves a fundamental breakthrough in environmental adaptability and local resource utilization. This study does not repeat the qualitative content of the original paper and only conducts quantitative extension, which not only verifies the scientificity and superiority of the self-developed schemes, but also constructs a feasible and reproducible quantitative evaluation framework for artificial extraterrestrial creature creation based on the Material Memory Element Axiom, filling the gap of quantitative evaluation in the field and providing quantitative theoretical support for subsequent deep space exploration practices.