The Sun–Earth–Moon Natural Control System: Dao Following Nature in a Self-Organizing Cosmic Order

This work proposes the Sun–Earth–Moon Natural Control System as a paradigmatic model of cosmic self-regulation, integrating celestial mechanics, non-equilibrium thermodynamics, cybernetics, and Daoist philosophy. Through detailed analysis of solar energy flow, Earth’s rotational and climatic dynamics, and lunar tidal feedback, the study demonstrates that the stability and habitability of Earth emerge not from external control or design, but from nested negative-feedback mechanisms and dissipative structures operating far from equilibrium. Drawing on modern scientific insights from Newtonian dynamics, Einsteinian gravitation, Prigogine’s theory of dissipative structures, and Wiener’s cybernetics, the paper reveals the Sun–Earth–Moon system as a naturally intelligent control network—achieving long-term order through energy dissipation, feedback regulation, and hierarchical coupling across astronomical, climatic, and biological scales. Philosophically, this natural control architecture is interpreted as a concrete scientific mapping of Laozi’s principle: “Man follows Earth; Earth follows Heaven; Heaven follows Dao; Dao follows Nature.” The study argues that “Dao follows Nature” is not a metaphysical abstraction but an empirically observable law of self-organization, where governance without coercion (wu wei) corresponds to feedback-driven stability rather than imposed authority. By synthesizing science and philosophy, this work offers a unified framework that reframes cosmic order, ecological sustainability, and human governance as expressions of the same underlying principle: maximal order achieved through minimal intervention. The Sun–Earth–Moon system thus stands as both a scientific exemplar of natural cybernetics and a civilizational guide for aligning human systems with the wisdom of nature. 本文提出“太阳—地球—月球自然控制系统”这一范式模型，将天体力学、非平衡热力学、控制论与老子哲学加以综合。通过对太阳能量流、地球自转与气候动力学以及月球潮汐反馈机制的系统分析，本文揭示：地球的长期稳定性与宜居性，并非源自任何外在的控制或设计，而是源于多层级嵌套的负反馈机制与远离平衡态运行的耗散结构。 结合牛顿力学、爱因斯坦引力理论、普里高津的耗散结构理论以及维纳控制论等现代科学成果，本文将太阳—地球—月球系统阐释为一种天然的智能控制网络：该系统通过能量耗散、反馈调节以及跨越天文学、气候学与生物学尺度的层级耦合，实现了长期有序与动态稳定。 在哲学层面，本文将这一自然控制架构解读为老子“人法地，地法天，天法道，道法自然”思想的具体科学映射。研究指出，“道法自然”并非抽象的形而上概念，而是一条可被经验观测的自组织普遍法则：其中，“无为而治”并非消极的不作为，而是以反馈调节为核心、而非强制施加权力的稳定机制。 通过对科学与哲学的综合，本研究提出一种统一框架，将宇宙秩序、生态可持续性与人类治理视为同一自然原理的不同层面表达：最小干预，实现最大秩序。太阳—地球—月球系统因此不仅是自然控制论的科学范例，也为人类文明如何顺应自然智慧提供了根本启示。 关键词 太阳—地球—月球系统；自然控制系统；道法自然；老子哲学；控制论；非平衡热力学；耗散结构；反馈机制；无为而治；自组织；生态调节；宇宙秩序；系统科学；自然哲学