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This chapter introduces the book’s key aims: showing how a logical possibility operator helps formulate potentialist set theory, intuitively justify the ZFC axioms, clarify applied mathematics and more.
This chapter discusses problems for actualist concerning the intended height of the hierarchy of sets and intuitively justifying the axiom of Replacement.
In this chapter, the basic theory of sets is developed axiomaticallyin a paraconsistent logic. The two main goals are (1) to establish atoolkit for elementary mathematics, and (2) to prove the mainantinomies of naive set theory. The two goals come together inproving the Burali-Forti paradox for the theory of ordinals. Alongthe way, results are proved about the universal set, various formsof “empty” sets, Russell’s set, the axioms ofZFC, fixed points, Cantor’s theorem, and the possibility of awell-ordering theorem. The Routley set is introduced and studied asa particularly inconsistent object.
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