David Bourget (Western Ontario)
David Chalmers (ANU, NYU)
Rafael De Clercq
Jack Alan Reynolds
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Bulletin of Symbolic Logic 18 (1):91-121 (2012)
We try to answer the question which is the “right” foundation of mathematics, second order logic or set theory. Since the former is usually thought of as a formal language and the latter as a first order theory, we have to rephrase the question. We formulate what we call the second order view and a competing set theory view, and then discuss the merits of both views. On the surface these two views seem to be in manifest conflict with each other. However, our conclusion is that it is very difficult to see any real difference between the two. We analyze a phenomenon we call internal categoricity which extends the familiar categoricity results of second order logic to Henkin models and show that set theory enjoys the same kind of internal categoricity. Thus the existence of non-standard models, which is usually taken as a property of first order set theory, and categoricity, which is usually taken as a property of second order axiomatizations, can coherently coexist when put into their proper context. We also take a fresh look at complete second order axiomatizations and give a hierarchy result for second order characterizable structures. Finally we consider the problem of existence in mathematics from both points of view and find that second order logic depends on what we call large domain assumptions, which come quite close to the meaning of the axioms of set theory.
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Stephen G. Simpson & Keita Yokoyama (2013). Reverse Mathematics and Peano Categoricity. Annals of Pure and Applied Logic 164 (3):284-293.
Jouko Väänänen (2015). Second‐Order Logic and Set Theory. Philosophy Compass 10 (7):463-478.
Jouko Väänänen (2015). Categoricity and Consistency in Second-Order Logic. Inquiry 58 (1):20-27.
Catarina Dutilh Novaes (forthcoming). Axiomatizations of Arithmetic and the First-Order/Second-Order Divide. Synthese.
Toby Meadows (2013). WHAT CAN A CATEGORICITY THEOREM TELL US? Review of Symbolic Logic (3):524-544.
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