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Øystein Linnebo

University of OsloUniversità della Svizzera Italiana
  •  Home
  •  Publications
    120
    • Most Recent
    • Most Downloaded
    • Topics
  •  Recommended
    1
  •  Events
    36
  •  News and Updates
    111

 More details
  • University of Oslo
    Department of Philosophy, Classics, History of Art and Ideas
    Professor
  • Università della Svizzera Italiana
    Institute of Philosophy (ISFI)
    Visiting Professor (Part-time)
Harvard University
Department of Philosophy
PhD, 2002
Homepage
Oslo, Norway
Areas of Specialization
Science, Logic, and Mathematics
Logic and Philosophy of Logic
Philosophy of Mathematics
Metaphysics
Ontology
Metaontology
Modality
Gottlob Frege
3 more
Areas of Interest
Epistemology
Metaphilosophy
Metaphysics
Philosophy of Language
Philosophy of Mind
Logic and Philosophy of Logic
Philosophy of Mathematics
20th Century Philosophy
Philosophy of Physical Science
Metaphysics and Epistemology
Science, Logic, and Mathematics
Ontology
Metaontology
Modality
Gottlob Frege
10 more
PhilPapers Editorships
Philosophy of Mathematics
  • All publications (120)
  •  26
    Chapter Two. Frege’s Logicism
    In Philosophy of Mathematics, Princeton University Press. pp. 21-37. 2017.
  •  29
    Chapter Six. Empiricism about Mathematics
    In Philosophy of Mathematics, Princeton University Press. pp. 88-100. 2017.
  •  33
    Chapter Ten. The Iterative Conception of Sets
    In Philosophy of Mathematics, Princeton University Press. pp. 139-153. 2017.
  •  28
    Chapter Seven. Nominalism
    In Philosophy of Mathematics, Princeton University Press. pp. 101-115. 2017.
  •  25
    Chapter Twelve. The Quest for New Axioms
    In Philosophy of Mathematics, Princeton University Press. pp. 170-182. 2017.
  •  32
    Chapter Three. Formalism and Deductivism
    In Philosophy of Mathematics, Princeton University Press. pp. 38-55. 2017.
  •  22
    Chapter Five. Intuitionism
    In Philosophy of Mathematics, Princeton University Press. pp. 73-87. 2017.
    Intuitionism and Constructivism
  •  28
    Chapter Eight. Mathematical Intuition
    In Philosophy of Mathematics, Princeton University Press. pp. 116-125. 2017.
  •  22
    Chapter Nine. Abstraction Reconsidered
    In Philosophy of Mathematics, Princeton University Press. pp. 126-138. 2017.
  •  33
    Chapter Four. Hilbert’s Program
    In Philosophy of Mathematics, Princeton University Press. pp. 56-72. 2017.
  •  22
    Concluding Remarks
    In Philosophy of Mathematics, Princeton University Press. pp. 183-188. 2017.
  •  23
    Chapter Eleven. Structuralism
    In Philosophy of Mathematics, Princeton University Press. pp. 154-169. 2017.
  •  20
    Chapter One. Mathematics as a Philosophical Challenge
    In Philosophy of Mathematics, Princeton University Press. pp. 4-20. 2017.
  •  15
    Bibliography
    In Philosophy of Mathematics, Princeton University Press. pp. 189-198. 2017.
  •  694
    Actual and Potential Infinity
    with Stewart Shapiro
    Noûs 53 (1): 160-191. 2017.
    The notion of potential infinity dominated in mathematical thinking about infinity from Aristotle until Cantor. The coherence and philosophical importance of the notion are defended. Particular attention is paid to the question of whether potential infinity is compatible with classical logic or requires a weaker logic, perhaps intuitionistic.
    Intuitionism and ConstructivismThe Axiom of InfinityHistory: Philosophy of Mathematics
  •  21
    Contents
    In Philosophy of Mathematics, Princeton University Press. 2017.
  •  14
    Acknowledgments
    In Philosophy of Mathematics, Princeton University Press. 2017.
  •  590
    The potential hierarchy of sets
    Review of Symbolic Logic 6 (2): 205-228. 2013.
    Some reasons to regard the cumulative hierarchy of sets as potential rather than actual are discussed. Motivated by this, a modal set theory is developed which encapsulates this potentialist conception. The resulting theory is equi-interpretable with Zermelo Fraenkel set theory but sheds new light on the set-theoretic paradoxes and the foundations of set theory.
    Logic and Philosophy of LogicThe Iterative Conception of SetSet Theory as a Foundation
  •  314
    Aristotelian Continua
    with Stewart Shapiro and Geoffrey Hellman
    Philosophia Mathematica 24 (2): 214-246. 2016.
    In previous work, Hellman and Shapiro present a regions-based account of a one-dimensional continuum. This paper produces a more Aristotelian theory, eschewing the existence of points and the use of infinite sets or pluralities. We first show how to modify the original theory. There are a number of theorems that have to be added as axioms. Building on some work by Linnebo, we then show how to take the ‘potential’ nature of the usual operations seriously, by using a modal language, and we show th…Read more
    In previous work, Hellman and Shapiro present a regions-based account of a one-dimensional continuum. This paper produces a more Aristotelian theory, eschewing the existence of points and the use of infinite sets or pluralities. We first show how to modify the original theory. There are a number of theorems that have to be added as axioms. Building on some work by Linnebo, we then show how to take the ‘potential’ nature of the usual operations seriously, by using a modal language, and we show that the two approaches are equivalent.
    GeometryHistory: Philosophy of MathematicsAnalysis
  •  253
    Some Criteria for Acceptable Abstraction
    Notre Dame Journal of Formal Logic 52 (3): 331-338. 2011.
    Which abstraction principles are acceptable? A variety of criteria have been proposed, in particular irenicity, stability, conservativeness, and unboundedness. This note charts their logical relations. This answers some open questions and corrects some old answers
    Logic and Philosophy of LogicLogicism in Mathematics
  •  167
    Introduction
    Notre Dame Journal of Formal Logic 56 (1): 1-2. 2015.
    Introduction to a special issue based on a summer school on set theory and high-order logic.
    Logic and Philosophy of LogicLogic and Philosophy of Logic, Miscellaneous
  •  436
    Platonism in the Philosophy of Mathematics
    In Ed Zalta (ed.), Stanford Encyclopedia of Philosophy, Stanford Encyclopedia of Philosophy. 2012.
    Platonism about mathematics (or mathematical platonism) is the metaphysical view that there are abstract mathematical objects whose existence is independent of us and our language, thought, and practices. In this survey article, the view is clarified and distinguished from some related views, and arguments for and against the view are discussed.
    Mathematical PlatonismDebunking Arguments about Metaphysics
  •  295
    Mending the master: John P. Burgess, fixing Frege. Princeton, N. J.: Princeton university press, 2005. ISBN 0-691-12231-8. Pp. XII + 257 (review)
    Philosophia Mathematica 14 (3): 338-351. 2006.
    Fixing Frege is one of the most important investigations to date of Fregean approaches to the foundations of mathematics. In addition to providing an unrivalled survey of the technical program to which Frege's writings have given rise, the book makes a large number of improvements and clarifications. Anyone with an interest in the philosophy of mathematics will enjoy and benefit from the careful and well-informed overview provided by the first of its three chapters. Specialists will find the boo…Read more
    Fixing Frege is one of the most important investigations to date of Fregean approaches to the foundations of mathematics. In addition to providing an unrivalled survey of the technical program to which Frege's writings have given rise, the book makes a large number of improvements and clarifications. Anyone with an interest in the philosophy of mathematics will enjoy and benefit from the careful and well-informed overview provided by the first of its three chapters. Specialists will find the book an indispensable reference and an invaluable source of insights and new results. Although Frege is widely regarded as the father of analytic philosophy, his work on the foundations of mathematics was for a long time rather peripheral to ongoing research. The main reason for this is no doubt Russell's discovery in 1901 that the paradox now bearing his name can be derived in Frege's logical system. But recent decades have seen a huge surge of interest in Fregean approaches to the foundations of mathematics. A variety of consistent theories have been discovered that can be salvaged from Frege's inconsistent system, and foundational and philosophical claims have been made on behalf of many of these theories. Burgess claims quite plausibly that the significance of any such modified Fregean theory will in large part depend on how much of ordinary mathematics it enables us to develop. His book is accordingly 'a survey of various modified Fregean systems, attempting to determine the scope and limits of each'. The book's agenda is thus predominantly technical, and its spirit open-minded and experimental.
    Logicism in MathematicsMathematical Neo-FregeanismFrege: Philosophy of Mathematics, Misc
  •  258
    Critical studies/book reviews
    Philosophia Mathematica 11 (1): 92-104. 2003.
    This is a critical notice of Stewart Shapiro's 1997 book, Philosophy of Mathematics: Structure and Ontology.
    Mathematical StructuralismPhilosophy of Mathematics, Misc
  •  145
    The individuation of the natural numbers
    In Ø. Linnebo O. Bueno (ed.), New Waves in Philosophy of Mathematics, Palgrave-macmillan. 2009.
    It is sometimes suggested that criteria of identity should play a central role in an account of our most fundamental ways of referring to objects. The view is nicely illustrated by an example due to (Quine, 1950). Suppose you are standing at the bank of a river, watching the water that floats by. What is required for you to refer to the river, as opposed to a particular segment of it, or the totality of its water, or the current temporal part of this water? According to Quine, you must at least …Read more
    It is sometimes suggested that criteria of identity should play a central role in an account of our most fundamental ways of referring to objects. The view is nicely illustrated by an example due to (Quine, 1950). Suppose you are standing at the bank of a river, watching the water that floats by. What is required for you to refer to the river, as opposed to a particular segment of it, or the totality of its water, or the current temporal part of this water? According to Quine, you must at least implicitly be operating with some criterion of identity that informs you when two sightings of water count as sightings of the same referent. For unless you have at least an implicit grasp of what is required for your intended referent to be identical with another object with which you are presented, you have not succeeded in singling out a unique object for reference.
    Number TheoryNumbersW. V. O. QuineIdentity
  •  280
    Introduction
    Synthese 170 (3): 321-329. 2009.
    Neo-Fregean logicism seeks to base mathematics on abstraction principles. But the acceptable abstraction principles are surrounded by unacceptable ones. This is the "bad company problem." In this introduction I first provide a brief historical overview of the problem. Then I outline the main responses that are currently being debated. In the course of doing so I provide summaries of the contributions to this special issue.
    Mathematical Neo-FregeanismLogicism in Mathematics
  •  172
    Review: Fraser MacBride (ed.): Identity and Modality (review)
    Mind 117 (467): 705-708. 2008.
    Ontology
  •  311
    Plurals and modals
    Canadian Journal of Philosophy 46 (4-5): 654-676. 2016.
    Consider one of several things. Is the one thing necessarily one of the several? This key question in the modal logic of plurals is clarified. Some defenses of an affirmative answer are developed and compared. Various remarks are made about the broader philosophical significance of the question.
    Second-Order LogicModal LogicPlural Quantification
  •  245
    Frege's proof of referentiality
    Notre Dame Journal of Formal Logic 45 (2): 73-98. 2004.
    I present a novel interpretation of Frege’s attempt at Grundgesetze I §§29-31 to prove that every expression of his language has a unique reference. I argue that Frege’s proof is based on a contextual account of reference, similar to but more sophisticated than that enshrined in his famous Context Principle. Although Frege’s proof is incorrect, I argue that the account of reference on which it is based is of potential philosophical value, and I analyze the class of cases to which it may successf…Read more
    I present a novel interpretation of Frege’s attempt at Grundgesetze I §§29-31 to prove that every expression of his language has a unique reference. I argue that Frege’s proof is based on a contextual account of reference, similar to but more sophisticated than that enshrined in his famous Context Principle. Although Frege’s proof is incorrect, I argue that the account of reference on which it is based is of potential philosophical value, and I analyze the class of cases to which it may successfully be applied.
    Logicism in MathematicsFrege: Context PrincipleFrege: GrundgesetzeFrege: BedeutungFrege: Logic and P…Read more
    Logicism in MathematicsFrege: Context PrincipleFrege: GrundgesetzeFrege: BedeutungFrege: Logic and Philosophy of Logic, Misc
  •  1
    Against Limitation of Size
    The Baltic International Yearbook of Cognition, Logic and Communication 1. 2005.
    Set Theory and LogicismRussell's Paradox
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