FRANCESCA BOCCUNI

@unisr.it

Philosophy
Vita-Salute San Raffaele University

30

Scopus Publications

Scopus Publications

  • The Caesar-problem Problem
    Francesca Boccuni, Luca Zanetti
    Philosophia Mathematica, 2025
    Hume’s Principle (HP) does not determine the truth values of ‘mixed’ identity statements like ‘$ \\#F $ = Caesar’. This is the Caesar Problem (CP). Still, neologicists such as Hale and Wright argue that (1) HP is a priori, and (2) HP introduces the pure sortal concept Number. We argue that Neologicism faces a Caesar-problem Problem (CPP): if neologicists solve CP by establishing that ‘$ \\#F\\neq $ Caesar’ is true, (1) and (2) cannot be retained simultaneously. We examine various responses neologicists might provide and show that they do not address CPP. We conclude that CP uncovers a fatal tension in Neologicism.
  • Frege Meets Belnap: Basic Law V in a Relevant Logic
    Shay Allen Logan, Francesca Boccuni
    Trends in Logic, 2025
  • Explicit Abstract Objects in Predicative Settings
    Sean Ebels-Duggan, Francesca Boccuni
    Journal of Philosophical Logic, 2024
  • FREGE'S THEORY of REAL NUMBERS: A CONSISTENT RENDERING
    FRANCESCA BOCCUNI, MARCO PANZA
    Review of Symbolic Logic, 2022
    Frege’s definition of the real numbers, as envisaged in the second volume of Grundgesetze der Arithmetik, is fatally flawed by the inconsistency of Frege’s ill-fated Basic Law V. We restate Frege’s definition in a consistent logical framework and investigate whether it can provide a logical foundation of real analysis. Our conclusion will deem it doubtful that such a foundation along the lines of Frege’s own indications is possible at all.
  • Structuralist neologicism
    Francesca Boccuni, Jack Woods
    Philosophia Mathematica, 2020
    Neofregeanism and structuralism are among the most promising recent approaches to the philosophy of mathematics. Yet both have serious costs. We develop a view, structuralist neologicism, which retains the central advantages of each while avoiding their more serious costs. The key to our approach is using arbitrary reference to explicate how mathematical terms, introduced by abstraction principles, refer. Focusing on numerical terms, this allows us to treat abstraction principles as implicit definitions determining all (known) properties of the numbers, achieving a key neofregean advantage, while preserving the key structuralist advantage, which objects play the number role does not matter.
  • Reference in formal semantics and natural language: A methodological route
    F. Boccuni
    Phenomenology and Mind, 2018
    In this paper, I will tackle the notion of reference of singular terms in the light of a classic analytic divide, i.e. whether its analysis, like the analysis of other basic notions, should be carried out in natural language or in the semantics of formal frameworks. I will incline toward the latter strategy, and consider reference in classical first-order logic as the simplest framework in which to investigate reference.
  • Introduction: Methods of philosophy
    Stefano Bacin, F. Boccuni
    Phenomenology and Mind, 2018
  • Preface
    Boston Studies in the Philosophy and History of Science, 2016
  • Objectivity, realism and proof in the philosophy of mathematics: An introduction
    Boston Studies in the Philosophy and History of Science, 2016
  • Frege’s Grundgesetze and a Reassessment of Predicativity
    Francesca Boccuni
    Boston Studies in the Philosophy and History of Science, 2015
  • Minimal logicism
    Francesca Boccuni
    Philosophia Scientiae, 2014
  • Plural Logicism
    Francesca Boccuni
    Erkenntnis, 2013
  • On the Consistency of a Plural Theory of Frege's Grundgesetze
    Francesca Boccuni
    Studia Logica, 2011
  • Plural Grundgesetze
    Francesca Boccuni
    Studia Logica, 2010
  • Metalanguage
    Key Terms in Logic, 2010
  • Domain
    Key Terms in Logic, 2010
  • Interpretation
    Key Terms in Logic, 2010
  • Contradiction
    Key Terms in Logic, 2010
  • Negation
    Key Terms in Logic, 2010
  • Coherence
    Key Terms in Logic, 2010
  • Cardinality
    Key Terms in Logic, 2010
  • Intension
    Key Terms in Logic, 2010
  • Consistency
    Key Terms in Logic, 2010
  • Abstraction
    Key Terms in Logic, 2010
  • Propositional Variable
    Key Terms in Logic, 2010