Escapist Expansion vs Endogenous Survival Feasibility Analysis of Musks Mars Colonization Plan and the Choice of Human Civilizations Survival Path

On the path of human civilization pursuing perpetuity, Elon Musk’s Mars Colo nization Plan and the ”endogenous survival” theory based on cosmic ethics consti tute the core confrontation between two survival paradigms. Based on the perspec tive of the Earth’s civilized community, all analyses and inferences in this paper are based on interdisciplinary scientific principles and universal human nature, with out being attached to any specific development model or ideology. The ultimate proposition of civilization survival is rooted in the underlying constraints of the irreversible cosmic entropy increase and the paradox of self-organizing evolution of intelligent civilizations. Taking the endogenous survival theory constructed by ”cognition of death mechanisms - breaking through fatalistic predicament - im plementation of ethical correction” as the reference framework, and targeting the escapist expansion represented by Musk’s Mars Colonization Plan, this paper inte grates top-tier research findings from astrophysics, evolutionary biology, complex systems science and other fields. By adopting the paradigm comparative analy sis method, Entropy Weight Evaluation Method, and risk probability model, it conducts a systematic analysis of the feasibility of the two civilization survival paradigms from the perspective of scientific principles. Focusing on the core logic, operation mechanism and survival risks of the two paradigms, this study does not negate the exploratory value of Musk’s plan, but quantitatively analyzes its fea sibility shortcomings in terms of law adaptability, self-organization stability and resource allocation efficiency from the core goal of perpetual civilization survival. Meanwhile, combined with the practical limitations of the plan, it reversely ver ifies the advantages of the endogenous survival paradigm in scientific logic, risk controllability and long-term sustainability. The research conclusions show that: the escapist expansion represented by Musk’s Mars Colonization Plan has a very low probability of long-term success due to violating the laws of civilizational self organizing evolution, lacking the support of ethical correction, misaligning resource allocation, and facing currently insurmountable practical challenges. In contrast,endogenous survival, with ethical correction as the core and law adaptability as the foundation, is more in line with the core principles of civilizational evolution and is the optimal path for human civilization to achieve perpetual survival. This study not only provides a scientific decision-making tool for civilization survival strategies, but also demonstrates methodologically how to integrate humanistic and ethical elements into the evaluation framework of forward-looking science and technology policies.