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William W. Tait

University of Chicago
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  • University of Chicago
    Department of Philosophy
    Retired faculty
Chicago, Illinois, United States of America
Areas of Interest
Philosophy of Mind
Logic and Philosophy of Logic
Philosophy of Cognitive Science
Philosophy of Mathematics
Ancient Greek and Roman Philosophy
  • All publications (61)
  •  74
    The Provenance of Pure Reason: Essays in the Philosophy of Mathematics and Its History
    OUP Usa. 2005.
    William Tait is one of the most distinguished philosophers of mathematics of the last fifty years. This volume collects his most important published philosophical papers from the 1980's to the present. The articles cover a wide range of issues in the foundations and philosophy of mathematics, including some on historical figures ranging from Plato to Gödel.
    Philosophy of Mathematics, General Works
  •  46
    A Nonconstructive Proof of Gentzen's Hauptsatz for Second Order Predicate Logic
    Journal of Symbolic Logic 33 (2): 289-290. 1968.
    Logic and Philosophy of LogicProof Theory
  •  309
    The completeness of Heyting first-order logic
    Journal of Symbolic Logic 68 (3): 751-763. 2003.
    Restricted to first-order formulas, the rules of inference in the Curry-Howard type theory are equivalent to those of first-order predicate logic as formalized by Heyting, with one exception: ∃-elimination in the Curry-Howard theory, where ∃x : A.F (x) is understood as disjoint union, are the projections, and these do not preserve firstorderedness. This note shows, however, that the Curry-Howard theory is conservative over Heyting’s system.
    Intuitionistic LogicType Theory in Mathematics
  •  91
    Set Existence
    with R. O. Gandy and G. Kreisel
    Journal of Symbolic Logic 27 (2): 232-233. 1962.
    Logic and Philosophy of LogicLogical Expressions
  •  235
    Proof-theoretic Semantics for Classical Mathematics
    Synthese 148 (3): 603-622. 2006.
    We discuss the semantical categories of base and object implicit in the Curry-Howard theory of types and we derive derive logic and, in particular, the comprehension principle in the classical version of the theory. Two results that apply to both the classical and the constructive theory are discussed. First, compositional semantics for the theory does not demand ‘incomplete objects’ in the sense of Frege: bound variables are in principle eliminable. Secondly, the relation of extensional equalit…Read more
    We discuss the semantical categories of base and object implicit in the Curry-Howard theory of types and we derive derive logic and, in particular, the comprehension principle in the classical version of the theory. Two results that apply to both the classical and the constructive theory are discussed. First, compositional semantics for the theory does not demand ‘incomplete objects’ in the sense of Frege: bound variables are in principle eliminable. Secondly, the relation of extensional equality for each type is definable in the Curry-Howard theory.
    Mathematical LogicType Theory in Mathematics
  •  98
    Kurt Godel. Collected Works. Volume IV: Selected Correspondence AG; Volume V: Selected Correspondence HZ
    Philosophia Mathematica 14 (1): 76. 2006.
    Proof Theory
  •  260
    Gödel's Correspondence on Proof Theory and Constructive Mathematics †Charles Parsons read part of an early draft of this review and made important corrections and suggestions
    Philosophia Mathematica 14 (1): 76-111. 2006.
    Proof TheoryMathematical ProofMathematical LogicIntuitionism and Constructivism
  •  4
    Zermelo's Conception of Set Theory and Reflection Principles
    In Matthias Schirn (ed.), The Philosophy of Mathematics Today, Clarendon Press. 2003.
    The Iterative Conception of SetRussell's ParadoxNew Axioms in Set Theory
  •  160
    Curtis Franks The Autonomy of Mathematical Knowledge: Hilbert's Program Revisited
    History and Philosophy of Logic 32 (2). 2011.
    History and Philosophy of Logic, Volume 32, Issue 2, Page 177-183, May 2011
    Logic and Philosophy of LogicLogic and Philosophy of Logic, Miscellaneous
  •  68
    The Logic of Provability (review)
    Journal of Philosophy 96 (1): 50-53. 1999.
    Areas of Mathematics
  •  76
    The Palmer House Hilton Hotel, Chicago, Illinois April 19–21, 2007
    with Yiannis Moschovakis, Richmond H. Thomason, Steffen Lempp, Steve Awodey, and Jean-Pierre Marquis
    Bulletin of Symbolic Logic 13 (4). 2007.
    Science, Logic, and Mathematics
  •  145
    Remarks on finitism
    The background of these remarks is that in 1967, in ‘’Constructive reasoning” [27], I sketched an argument that finitist arithmetic coincides with primitive recursive arithmetic, P RA; and in 1981, in “Finitism” [28], I expanded on the argument. But some recent discussions and some of the more recent literature on the subject lead me to think that a few further remarks would be useful.
    Intuitionism and ConstructivismMathematical LogicMathematical Finitism
  •  298
    Meeting of the association for symbolic logic
    with John Baldwin, D. A. Martin, and Robert I. Soare
    Journal of Symbolic Logic 41 (2): 551-560. 1976.
    Logic and Philosophy of Logic, Misc
  • On cut elimination for subsystems of second-order number theory
    To appear in the Proceedings of Logic Colloquium 2006. (32 pages).
    Number TheoryProof Theory
  •  268
    Intensional interpretations of functionals of finite type I
    Journal of Symbolic Logic 32 (2): 198-212. 1967.
    Logic and Philosophy of Logic
  •  939
    Finitism
    Journal of Philosophy 78 (9): 524-546. 1981.
    Mathematical FinitismMathematical IntuitionIntuitionism and Constructivism
  •  152
    The substitution method
    Journal of Symbolic Logic 30 (2): 175-192. 1965.
    Logic and Philosophy of LogicLogic and Philosophy of Logic, MiscellaneousProof Theory
  •  3
    Book review on Potter 2004 (review)
    History and Philosophy of Logic 26 (2): 164. 2005.
  • Takeuti’s consistency proof for pi^
    To appear in the Proceedings of Logic Colloquium 2006. (28 pages).
    Areas of Mathematics
  •  153
    Meeting of the association for symbolic logic: Biloxi, 1979
    with Daniel Halpern and John T. Baldwin
    Journal of Symbolic Logic 46 (1): 191-198. 1981.
  •  67
    Grzegorczyk A.. Some proofs of undecidability of arithmetic. Fundamenta mathematicae, vol. 43 , pp. 166–177
    Journal of Symbolic Logic 23 (1): 46-47. 1958.
    Proof Theory
  •  104
    Kleene S. C.. Extension of an effectively generated class of functions by enumeration. Colloquium mathematicum, vol. 6 , pp. 68–78
    Journal of Symbolic Logic 25 (3): 279-280. 1960.
  •  200
    Godel's interpretation of intuitionism
    Philosophia Mathematica 14 (2): 208-228. 2006.
    Gödel regarded the Dialectica interpretation as giving constructive content to intuitionism, which otherwise failed to meet reasonable conditions of constructivity. He founded his theory of primitive recursive functions, in which the interpretation is given, on the concept of computable function of finite type. I will (1) criticize this foundation, (2) propose a quite different one, and (3) note that essentially the latter foundation also underlies the Curry-Howard type theory, and hence Heyting…Read more
    Gödel regarded the Dialectica interpretation as giving constructive content to intuitionism, which otherwise failed to meet reasonable conditions of constructivity. He founded his theory of primitive recursive functions, in which the interpretation is given, on the concept of computable function of finite type. I will (1) criticize this foundation, (2) propose a quite different one, and (3) note that essentially the latter foundation also underlies the Curry-Howard type theory, and hence Heyting's intuitionistic conception of logic. Thus the Dialectica interpretation (in so far as its aim was to give constructive content to intuitionism) is superfluous.
    Intuitionism and ConstructivismType Theory in Mathematics
  •  123
    Functionals Defined by Transfinite Recursion
    Journal of Symbolic Logic 31 (3): 509. 1966.
    Logic and Philosophy of Logic, Miscellaneous
  •  149
    Cantor's grundlagen and the paradoxes of set theory
    Foundations of a General Theory of Manifolds [Cantor, 1883], which I will refer to as the Grundlagen, is Cantor’s first work on the general theory of sets. It was a separate printing, with a preface and some footnotes added, of the fifth in a series of six papers under the title of “On infinite linear point manifolds”. I want to briefly describe some of the achievements of this great work. But at the same time, I want to discuss its connection with the so-called paradoxes in set theory. There se…Read more
    Foundations of a General Theory of Manifolds [Cantor, 1883], which I will refer to as the Grundlagen, is Cantor’s first work on the general theory of sets. It was a separate printing, with a preface and some footnotes added, of the fifth in a series of six papers under the title of “On infinite linear point manifolds”. I want to briefly describe some of the achievements of this great work. But at the same time, I want to discuss its connection with the so-called paradoxes in set theory. There seems to be some agreement now that Cantor’s own understanding of the theory of transfinite numbers in that monograph did not contain an implicit contradiction; but there is less agreement about exactly why this is so and about the content of the theory itself. For various reasons, both historical and internal, the Grundlagen seems not to have been widely read compared to later works of Cantor, and to have been even less well understood. But even some of the more recent discussions of the work, while recognizing to some degree its unique character, misunderstand it on crucial points and fail to convey its true worth.
    Areas of MathematicsSet Theory
  •  117
    The law of excluded middle and the axiom of choice
    In Alexander George (ed.), Mathematics and mind, Oxford University Press. pp. 45--70. 1994.
    Axioms of Set Theory
  •  172
    A counterexample to a conjecture of Scott and Suppes
    Journal of Symbolic Logic 24 (1): 15-16. 1959.
    Logic and Philosophy of LogicModel Theory
  •  140
    Some recent essays in the history of the philosophy of mathematics: A critical review (review)
    Synthese 96 (2). 1993.
    History: Philosophy of Mathematics
  •  39
    Meeting of the Association for Symbolic Logic, Chicago 1975
    with John Baldwin, D. A. Martin, and Robert I. Soare
    Journal of Symbolic Logic 41 (2): 551-560. 1976.
  •  201
    Orey Steven. On ω-consistency and related properties
    Journal of Symbolic Logic 23 (1): 40-41. 1958.
    Model Theory
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