When Did Set Theory Become the Dominant Framework in Mathematics?

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SUMMARY

Set theory, particularly Zermelo-Fraenkel set theory (ZFC), became the dominant framework in mathematics due to its axiomatic structure that aligns with various mathematical styles and maintains minimal complexity. The transition from Russell's theory of types to set theory was influenced by Gödel's second Incompleteness theorem, which affects both frameworks but allows for the consistency of ZFC to be proven under the assumption of an inaccessible cardinal. This shift reflects a broader acceptance among logicians and mathematicians of set theory's advantages in formalizing mathematical concepts.

PREREQUISITES
  • Understanding of Zermelo-Fraenkel set theory (ZFC)
  • Familiarity with Russell's theory of types
  • Knowledge of Gödel's second Incompleteness theorem
  • Basic concepts of mathematical logic and axiomatic systems
NEXT STEPS
  • Research the implications of Gödel's second Incompleteness theorem on mathematical frameworks
  • Study the axioms and principles of Zermelo-Fraenkel set theory (ZFC)
  • Explore the historical context of the transition from Russell's theory of types to set theory
  • Investigate the concept of inaccessible cardinals and their role in set theory
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Mathematicians, logicians, and students of mathematical philosophy who are interested in the evolution of mathematical frameworks and the foundational principles of set theory.

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Dear members,

it has recently been put forth to me the question as to when and by which means did it become clear to the majority of logicians and mathematicians that set theory prevailed over Russell's theory of types (as in Principia)?

(By set theory I mean as in the axioms of Zermelo-Fraenkel's or ZFC, NBG etc.)

Not being an expert, I wasn't exactly secure as to how to answer this question. Both Whitehead-Russell's and Zermelo-Fraenkel's axioms are victims to Gödel's second Incompleteness theorem, with the difference that the consistency of ZFC can be proved by assuming the existence of an inaccessible cardinal.

What are your views on this?
 
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IN what sense was the question put to you? Examined essay or just general inquiry? I doubt there is a date, but I an explain the reasons why it is preferred, or at least for my money, the main reason: ZF(C) etc are now in a form (axiomatic) that agrees with other styles of mathematics and is of minimal complexity.
 
If there are an infinite number of natural numbers, and an infinite number of fractions in between any two natural numbers, and an infinite number of fractions in between any two of those fractions, and an infinite number of fractions in between any two of those fractions, and an infinite number of fractions in between any two of those fractions, and... then that must mean that there are not only infinite infinities, but an infinite number of those infinities. and an infinite number of those...

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