About: Complexity theory

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Complexity theory arose in the natural sciences as a response to the fact that the behavior of many systems cannot be wholly explained by reference to their component parts, for example an ant colony appears vastly more complex than an ant. Complexity theory demonstrates that much of the order in such systems has arisen not from centralized control, nor from individual purpose, but from a natural, unplanned, self-organizing behavior that emerges as the components interact.

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rdfs:label	Complexity theory
rdfs:comment	Complexity theory arose in the natural sciences as a response to the fact that the behavior of many systems cannot be wholly explained by reference to their component parts, for example an ant colony appears vastly more complex than an ant. Complexity theory demonstrates that much of the order in such systems has arisen not from centralized control, nor from individual purpose, but from a natural, unplanned, self-organizing behavior that emerges as the components interact.
sameAs	dbr:Computational_complexity_theory
dcterms:subject	Definition Mathematics
abstract	Complexity theory arose in the natural sciences as a response to the fact that the behavior of many systems cannot be wholly explained by reference to their component parts, for example an ant colony appears vastly more complex than an ant. Complexity theory demonstrates that much of the order in such systems has arisen not from centralized control, nor from individual purpose, but from a natural, unplanned, self-organizing behavior that emerges as the components interact.

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