Natural Cybernetics of Natural Civilization 自然文明的自然控制论

摘要 Abstract 当代人类文明正同时面临政治治理失效、社会对抗结构固化、生态系统超载以及数字技术与人工智能引发的系统性失控风险。主流解释通常将这些危机归因于制度缺陷、技术加速或伦理规范滞后，但本文指出，其更深层根源在于现代文明所依赖的控制范式本身存在结构性错误。以系统科学与现代控制论为参照，本文提出一种科学哲思批判路径，重新界定老子政治哲学的理论性质，认为其并非“反治理”或消极无为，而是一套关于文明长期稳定运行的自然控制论（Natural Cybernetics）模型。 在《老–杨创世纪宇宙观》的理论框架下，本文构建宇宙生成、自然系统与人类文明之间的结构同构关系，将“道生一、一生二、二生三、三生万物”理解为低熵系统逐级展开的生成链条。由此论证老子提出的“无为而治”“上善若水”“道法自然”等核心命题，实质上揭示了复杂系统得以维持稳态的普遍控制原则：以内生调节为主导、以负反馈优先、以柔性缓冲取代强制干预，并通过最小控制实现整体秩序的自我维持。 通过对比自然控制论与现代文明中盛行的“人造控制论”——包括政治高度集中、技术官僚体系与算法治理中的预测崇拜与强控制逻辑——本文指出后者在提升短期效率的同时，往往加速熵积累并削弱系统自我修复能力。基于此，文章进一步说明老子自然控制论不仅能够解释历史文明的兴衰分岔（如周与楚），也为理解当代国家治理困境、生态危机以及人工智能治理中的系统性风险，提供了一种跨尺度、跨时代的理论框架。 本文的核心贡献在于：将老子哲学明确定位为一种文明级自然控制理论，揭示其在低熵文明建构与可持续治理中的系统意义，并为未来数字文明与人工智能社会的稳定设计提供基础性思想资源。 Contemporary human civilization faces simultaneous systemic risks, including political governance failures, entrenched social conflicts, ecological overload, and runaway systemic instability triggered by digital technologies and artificial intelligence. Mainstream explanations typically attribute these crises to institutional deficiencies, accelerated technological development, or lagging ethical norms. However, this paper argues that their deeper root lies in structural flaws inherent in the control paradigms on which modern civilization depends. Drawing on systems science and modern cybernetics, we propose a scientifically philosophical critical approach that reconceptualizes Laozi’s political philosophy, emphasizing that it is not “anti-governance” or mere passive wu wei, but rather a model of natural cybernetics designed for the long-term stability of civilization. Within the theoretical framework of the Lao–Yang Genesis Cosmology, this paper constructs structural isomorphisms between cosmic genesis, natural systems, and human civilization. The sequence “Dao gives birth to One; One gives birth to Two; Two gives birth to Three; Three gives birth to all things” is interpreted as a generative chain through which low-entropy systems unfold across hierarchical scales. Accordingly, Laozi’s core propositions—wu wei governance, “supreme goodness is like water,” and “Dao follows Nature”—are understood as universal control principles that allow complex systems to maintain steady states: endogenous regulation dominates, negative feedback is prioritized, flexible buffering replaces coercive intervention, and minimal control enables self-maintenance of overall order. By contrasting natural cybernetics with the “artificial cybernetics” prevalent in modern civilization—including highly centralized politics, technocratic bureaucracies, and algorithmic governance with predictive fetishism and strong-control logic—this study shows that while the latter may enhance short-term efficiency, it accelerates entropy accumulation and undermines systemic self-repair capacity. Based on this comparison, we further demonstrate that Laozi’s natural cybernetics not only explains historical civilizational bifurcations (e.g., Zhou and Chu) but also provides a cross-scale, cross-temporal framework for understanding contemporary governance crises, ecological challenges, and systemic risks in AI governance. The core contribution of this paper is to position Laozi’s philosophy as a civilization-level theory of natural control, revealing its systemic significance in the construction of low-entropy civilizations and sustainable governance, while providing foundational conceptual resources for the stable design of future digital civilizations and AI societies.