Complex systems exhibit a mix of order and randomness from "summary" of Complexity by Mitchell M. Waldrop
Complex systems are not easily defined by traditional scientific terms. They do not fit neatly into the categories of either order or randomness. Instead, they exhibit a curious mixture of both. This combination of order and randomness is what makes complex systems so intriguing and difficult to understand. At first glance, complex systems may appear chaotic and disordered. However, upon closer inspection, patterns begin to emerge. These patterns are not rigid or predictable like those found in simple systems. Instead, they are dynamic and ever-changing, reflecting the interactions and relationships within the system. One of the defining characteristics of complex systems is their ability to self-organize. This self-organization is not the result of a central authority or external control, but rather arises spontaneously from the interactions of individual components. This emergent order is what gives complex systems their unique structure and behavior. Despite this underlying order, complex systems are also characterized by a certain degree of randomness. This randomness is not the result of chaos or disorder, but rather a natural consequence of the interactions between system components. It is this interplay between order and randomness that gives complex systems their complexity and unpredictability.- Complex systems are a delicate balance between order and randomness. They are neither completely deterministic nor completely random, but rather exist somewhere in between. It is this delicate balance that makes complex systems so fascinating and challenging to study. Only by embracing the interplay between order and randomness can we begin to unlock the secrets of these intricate systems.
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