Article ID: CBB016796401

Procedures of Leibnizian infinitesimal calculus: an account in three modern frameworks (2021)

unapi

Recent Leibniz scholarship has sought to gauge which foundational framework provides the most successful account of the procedures of the Leibnizian calculus (LC). While many scholars (e.g. Ishiguro, Levey) opt for a default Weierstrassian framework, Arthur compares LC to a non-Archimedean framework SIA (Smooth Infinitesimal Analysis) of Lawvere–Kock–Bell. We analyze Arthur's comparison and find it rife with equivocations and misunderstandings on issues including the non-punctiform nature of the continuum, infinite-sided polygons, and the fictionality of infinitesimals. Rabouin and Arthur claim that Leibniz considers infinities as contradictory, and that Leibniz' definition of incomparables should be understood as nominal rather than as semantic. However, such claims hinge upon a conflation of Leibnizian notions of bounded infinity and unbounded infinity, a distinction emphasized by early Knobloch. The most faithful account of LC is arguably provided by Robinson's framework for infinitesimal analysis. We exploit an axiomatic framework for infinitesimal analysis SPOT to formalize LC.

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Authors & Contributors
Probst, Siegmund
Arthur, Richard T. W.
Raffo Quintana, Federico
Esquisabel, Oscar M.
Davide Gullotto
Raugh, Michael
Journals
Archive for History of Exact Sciences
Historia Mathematica
Synthese
Studies in Dialectics of Nature
Revue d'Histoire des Sciences
Notices of the American Mathematical Society
Publishers
Città del Silenzio
Walter de Gruyter
Rubbettino
P. Lang
Akademie-Verlag
Mathematical Association of America
Concepts
Mathematics
Calculus
Philosophy of mathematics
Infinitesimals
Geometry
Continuity
People
Leibniz, Gottfried Wilhelm von
Newton, Isaac
Wallis, John
Russell, Bertrand Arthur William
Riemann, Georg Friedrich Bernhard
Nieuwentijt, Bernard
Time Periods
17th century
18th century
20th century, early
19th century
16th century
Places
Germany
Europe
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