Article ID: CBB136071085

François Viète’s Revolution in Algebra (2018)

unapi

Françios Viète (1540–1603) was a geometer in search of better techniques for astronomical calculation. Through his theorem on angular sections he found a use for higher-dimensional geometric magnitudes which allowed him to create an algebra for geometry. We show that unlike traditional numerical algebra, the knowns and unknowns in Viète’s logistice speciosa are the relative sizes of non-arithmetized magnitudes in which the “calculations” must respect dimension. Along with this foundational shift Viète adopted a radically new notation based in Greek geometric equalities. His letters stand for values rather than types, and his given values are undetermined. Where previously algebra was founded in polynomials as aggregations, Viète became the first modern algebraist in working with polynomials built from operations, and the notations reflect these conceptions. Viète’s innovations are situated in the context of sixteenth-century practice, and we examine the interpretation of Jacob Klein, the only historian to have conducted a serious inquiry into the ontology of Viète’s “species”.

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Authors & Contributors
Freguglia, Paolo
Hedfi, Hmida
Eli I. Lichtenstein
Recio, Gonzalo Luis
Bienias, Barbara
Cardoso, Adelino
Journals
Studies in History and Philosophy of Science
Revue d'Histoire des Mathématiques
Micrologus: Natura, Scienze e Società Medievali
Journal for the History of Astronomy
Historia Mathematica
Filozofski Vestnik
Publishers
Tinta da China
Stanford University Press
Princeton University Press
Olschki
Hermann
École Française de Rome
Concepts
Development of science; change in science
Mathematics
Revolutions in science
Anatomy
Explanation; hypotheses; theories
Cosmology
People
Viète, Francois
Gresham, Edward
Al-Balīshṭār, Ibrāhīm
Montalto, Filipe
Dryander, Johannes
Zerbi, Gabriele de
Time Periods
16th century
Renaissance
17th century
18th century
Early modern
Modern
Places
Europe
Netherlands
Spain
Portugal
France
Rome (Italy)
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