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Holger Leuz

Universität Regensburg
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  •  Publications
    4
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 More details
  • Universität Regensburg
    Department of Philosophy
    Regular Faculty
Areas of Specialization
Metaphysics
Philosophy of Mathematics
Areas of Interest
Logic and Philosophy of Logic
Philosophy of Mathematics
  • All publications (4)
  •  62
    On the Foundations of Greek Arithmetic
    History of Philosophy & Logical Analysis 12 (1): 13-47. 2009.
    The aim of this essay is to develop a formal reconstruction of Greek arithmetic. The reconstruction is based on textual evidence which comes mainly from Euclid, but also from passages in the texts of Plato and Aristotle. Following Paul Pritchard’s investigation into the meaning of the Greek term arithmos, the reconstruction will be mereological rather than set-theoretical. It is shown that the reconstructed system gives rise to an arithmetic comparable in logical strength to Robinson arithmetic.…Read more
    The aim of this essay is to develop a formal reconstruction of Greek arithmetic. The reconstruction is based on textual evidence which comes mainly from Euclid, but also from passages in the texts of Plato and Aristotle. Following Paul Pritchard’s investigation into the meaning of the Greek term arithmos, the reconstruction will be mereological rather than set-theoretical. It is shown that the reconstructed system gives rise to an arithmetic comparable in logical strength to Robinson arithmetic. Our reconstructed Greek arithmetic is then compared to modern developments in the foundations of arithmetic. Finally, it is shown that our reconstruction can help to clarify some issues in Plato’s philosophy of arithmetic, especially the question if Plato’s views can be compared to 19th – 20th century developments in the logical construction of arithmetic.
    History: Philosophy of Mathematics
  •  79
    Tieszen, Richard. 2011. After Gödel: Platonism and Rationalism in Mathematics and Logic. Oxford: Oxford University Press (245 pp., ISBN: 978-0-19-960620-7) (review)
    History of Philosophy & Logical Analysis 17 (1): 216-221. 2014.
  •  123
    David Bostock: Philosophy of Mathematics: An Introduction: Wiley-Blackwell, Oxford, 2009, 332 pp, BPD 55.00, ISBN: 978-1405189927 , BPD 20.99, ISBN: 978-1-4051-8991-0 (review)
    Erkenntnis 74 (3): 425-428. 2011.
    Philosophy of Mathematics, General Works
  •  739
    Note on Absolute Provability and Cantorian Comprehension
    We will explicate Cantor’s principle of set existence using the Gödelian intensional notion of absolute provability and John Burgess’ plural logical concept of set formation. From this Cantorian Comprehension principle we will derive a conditional result about the question whether there are any absolutely unprovable mathematical truths. Finally, we will discuss the philosophical significance of the conditional result.
    New Axioms in Set Theory
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