Zermelo-Fraenkel Set Theory
Naive set theory and the axiom of unrestricted comprehension have a massive flaw, which is that they allow Russell’s paradox; a serious logical inconsistency. Zermelo-Fraenkel set theory is a fresh definition of set theory that makes sure to not allow Russell’s paradox within it. This video covers 6 out of the 9 ZF axioms (axiom of extensiionality, power set axiom, pairing axiom, union axiom, axiom of infinity and the axiom of subsets/restricted comprehension). The further 3 axioms are far more complex and are not covered and instead are left for subsequent videos.The video also briefly discusses the axiom of choice (the 10th axiom in ZFC) and compares and contrasts it to the axiom of restricted comprehension.

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The Kuratowski Construction of Ordered Pairs

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The Axiom of Choice

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Russell's Paradox - a simple explanation of a profound problem

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Walter B. Rudin: "Set Theory: An Offspring of Analysis"

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Logic - Introduction to ZFC Axioms

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Zermelo Fraenkel Extensionality

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Reinventing Entropy | Compression is Intelligence Part 1

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The Natural Numbers

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The story of mathematical proof – with John Stillwell

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Set Theory Part 1: Logic

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Why AI is like a (Clever Hans) Horse - Computerphile

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The Most Controversial Idea In Math

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Russell's Paradox - A Ripple in the Foundations of Mathematics

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The Most Arrogant Science Book Ever Written

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What Are Electric and Magnetic Fields, Really? | Maxwell’s Equations: Part 1

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3-02 Zermelo Fraenkel Set Theory

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Modern "Set Theory" - is it a religious belief system? | Set Theory Math Foundations 250

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Limits of Logic: The Gödel Legacy

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How the Axiom of Choice Gives Sizeless Sets | Infinite Series

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