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COMPLEXITY, CONTINGENCY, AND CRITICALITY

机译:复杂性,偶然性和关键性

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摘要

Complexity originates from the tendency of large dynamical systems to organize themselves into a critical state, with avalanches or ''punctuations'' of all sizes. In the critical state, events which would otherwise be uncoupled become correlated. The apparent, historical contingency in many sciences, including geology, biology, and economies, finds a natural interpretation as a self-organized critical phenomenon. These ideas are discussed in the context of simple mathematical models of sandpiles and biological evolution. Insights are gained not only from numerical simulations but also from rigorous mathematical analysis. [References: 39]
机译:复杂性源于大型动力系统趋向于将自己组织成临界状态的趋势,并具有各种大小的雪崩或“标点符号”。在临界状态下,本来可以取消关联的事件变得相关。许多科学,包括地质学,生物学和经济学,都具有明显的历史偶然性,可以自然地解释为一种自组织的临界现象。在简单的沙堆数学模型和生物进化的背景下讨论了这些想法。不仅可以从数值模拟中获得见解,还可以从严格的数学分析中获得见识。 [参考:39]

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