Dark Matter as Spacetime Viscosity: From the Evolution of a Meme to a Paradigm Shift in Cosmological 暗物质是时空的粘度:从模因演化史到宇宙时空观认识论的变革

This paper traces the conceptual evolution of "dark matter" from Kelvin, Poincaré, Zwicky to Rubin — and uncovers a neglected clue: in 1937, Zwicky briefly introduced the idea of "gravitational viscosity" to explain galactic rotation anomalies, only to abandon it. That abandoned branch is revisited here. The narrative then extends to the meme of "superposition and collapse" in quantum mechanics, examining how the Copenhagen interpretation, Schrödinger's cat, and the "probability cloud" narrative have collectively shaped the cognitive framework of modern cosmology. By reviewing three recent developments — the Yale team's interpretation of dark-matter-free galaxies, the empirical pressure on MOND, and the reaffirmation of dark energy's existence — the paper argues that these are not separate crises, but three manifestations of the same impasse: substance ontology. Drawing on the coordinates of Lanza, Rovelli, Smolin, Taleb, and Kun Wu, the paper further points out that existing theories of information ontology share a common blind spot: the lack of a dynamical mechanism. It then proposes an alternative reformulation: dark matter and dark energy are not independent entities, but dynamical properties of space-time information itself — a viscosity/tension model centered on the Λₘ/Λₑ game. The universe is neither Laplacian deterministic nor probabilistically random, but a recursively evolving, self-referential informational system generated through dynamical game mechanisms. Core thesis: Where substance ontology reaches its limit, relational ontology begins. Once dark matter and dark energy are reinterpreted as relational properties of space-time information, a new cosmology — grounded in information dynamics — comes into view. 本文追踪“暗物质”这一概念从开尔文、庞加莱、兹威基到鲁宾的模因演化史,揭示一个被忽略的线索:兹威基曾短暂提出“引力粘度”概念后又放弃——这个“未被延续的分支”在此被重新拾起。文章继而将视界扩展至量子力学中的“叠加态/坍缩”模因,指出哥本哈根诠释、薛定谔的猫、以及“概率云”叙事如何共同塑造了当代宇宙观的认知框架。 通过梳理耶鲁团队对无暗物质星系的解释、MOND修正引力理论的困境、以及暗能量“确凿存在”的确认,文章指出三者实为“物质实体论”的同一困境在三个方向上的显形。在兰扎、罗韦利、斯莫林、塔勒布、邬焜等人的坐标系中,文章进一步指出:现有信息本体论的盲区在于缺乏动力学解释。 最终,文章提出一种替代性重述:暗物质与暗能量并非独立实体,而是时空信息本身的动力学属性——以 Λₘ/Λₑ 博弈为核心的时空粘度/张度模型。宇宙既非拉普拉斯决定论,也非概率性随机演化,而是基于动力学博弈生成机制的信息自指循环系统。 核心主张:物质实体论的有效性在现有解释体系失效处显现为困境;一旦将“暗物质”与“暗能量”重新理解为时空信息的关系属性,一种基于信息博弈的新宇宙观便得以浮现。