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maximality principle (Theorem)

Let $S$ be a collection of sets. If, for each chain $C \subseteq S$ there exists an $X \in S$ such that every element of $C$ is a subset of $X$ then $S$ contains a maximal element. This is known as the maximality principle.

The maximality principle is equivalent to the axiom of choice.




"maximality principle" is owned by akrowne.
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See Also: Zorn's lemma, axiom of choice, well-ordering principle for natural numbers, Tukey's lemma, Zermelo's postulate, Hausdorff's maximum principle

Other names:  maximal principle
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Cross-references: axiom of choice, equivalent, maximal element, contains, subset, chain, collection
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This is version 6 of maximality principle, born on 2002-02-23, modified 2006-02-05.
Object id is 2533, canonical name is MaximalityPrinciple.
Accessed 4497 times total.

Classification:
AMS MSC03E25 (Mathematical logic and foundations :: Set theory :: Axiom of choice and related propositions)
 03E30 (Mathematical logic and foundations :: Set theory :: Axiomatics of classical set theory and its fragments)

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