Article ID: CBB637465302

Le rôle des notations dans la découverte de l’analogie des puissances et des différences de Leibniz (2023)

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Waszek, David (Author)


Almagest
Volume: 14
Issue: 2
Pages: 256-266
Publication date: 2023
Language: French


This paper revisits a famous episode in the history of mathematics: the 1695 discovery by Leibniz, in correspondence with Johann Bernoulli, of an “analogy” between the powers of a sum and the differentials of a product. It is often suggested that this discovery essentially depended on specific notational choices previously made by Leibniz: his use of a separate ‘d’ symbol, which, unlike Newton's notation, separated the differentiation operation from the variables it operates on; and his introduction of an “exponential” notation for differentials (e.g., d3x for dddx, d⁻1x for ∫x, etc.). Can we really make sense of the idea that the notations themselves—independently of the conceptual motivations Leibniz may have had to introduce them in the first place—played an essential role in this discovery? I argue that the notation did indeed play a part in this discovery and subsequent ones, but a rather subtle one, which cannot be understood (as is often suggested in the literature) in terms of an increase in “expressive power”; I also argue that Newton's notation could have served just as well. [English translation of title by DeepL.com: The role of notations in the discovery of Leibniz's analogy of powers and differences]

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Article Vincent Jullien; Carmen Martínez-Adame (2023) Foreward. Almagest (pp. 6-14). unapi

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Authors & Contributors
Marisol de Mora Charles
Andrault, Raphaële
Blåsjö, Viktor
Debuiche, Valérie
Dunlop, Katherine Laura
Hsia, Adrian
Journals
Historia Mathematica
HOPOS
Llull: Revista de la Sociedad Española de Historia de las Ciencias y de las Técnicas
Studies in History and Philosophy of Science
Archives Internationales d'Histoire des Sciences
Bruniana & Campanelliana: Ricerche Filosofiche e Materiali Storico-testuali
Publishers
Oxford University Press
Saint Josephs University Press
Concepts
Mathematics
Metaphors; analogies
Philosophy of science
Physics
Natural philosophy
Geometry
People
Leibniz, Gottfried Wilhelm von
Descartes, René
Euler, Leonhard
Guericke, Otto von
Huygens, Christiaan
Spinoza, Baruch
Time Periods
17th century
18th century
16th century
Places
Germany
China
Europe
France
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