Philosophy Lexicon of Arguments

Set Theory: set theory is the system of rules and axioms, which regulates the formation of sets. The elements are exclusively numbers. Sets contain individual objects, that is, numbers as elements. Furthermore, sets contain sub-sets, that is, again sets of elements. The set of all sub-sets of a set is called the power set. Each set contains the empty set as a subset, but not as an element. The size of sets is called the cardinality. Sets containing the same elements are identical. See also comprehension, comprehension axiom, selection axiom, infinity axiom, couple set axiom, extensionality principle.
Author Item Excerpt Meta data

Books on Amazon
Thiel I 308
Quantum theory: in Bourbaki it is never spoken of logicism, always only of the set theory. Sets are genuine mathematical objects, and they are not reducible to others (logic: classes). The concept of sets is an essential tool for the unification of mathematics.
I 308/309
Set theory: as a fundamental discipline of mathematics: basic concepts such as relation and function are traced back to the concept of the set, by explicit definition.
Relation functions as a symmetrical or asymmetrical pairing for a two-digit relation. Sometimes we need means to express the order. Ordered pairs. Definition I 310.
Functions: definition: legally unambiguous relations. I 310.
Bourbaki, N.
Chr. Thiel
Philosophie und Mathematik Darmstadt 1995

> Counter arguments against Bourbaki
> Counter arguments in relation to Set Theory

> Suggest your own contribution | > Suggest a correction | > Export as BibTeX Datei
Ed. Martin Schulz, access date 2017-05-24