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Pre-modern Mathematical Thought: The Latin Discussion (13th-16th Centuries) [Kõva köide]

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  • Formaat: Hardback, 370 pages, kõrgus x laius: 235x155 mm, kaal: 1 g
  • Sari: Investigating Medieval Philosophy 25
  • Ilmumisaeg: 10-Jul-2025
  • Kirjastus: Brill
  • ISBN-10: 9004729526
  • ISBN-13: 9789004729520
  • Formaat: Hardback, 370 pages, kõrgus x laius: 235x155 mm, kaal: 1 g
  • Sari: Investigating Medieval Philosophy 25
  • Ilmumisaeg: 10-Jul-2025
  • Kirjastus: Brill
  • ISBN-10: 9004729526
  • ISBN-13: 9789004729520
This book takes readers through an exploration of fundamental discussions that redefined mathematics and its philosophical significance in the centuries foregoing modernity. From William of Auvergnes paradoxes of infinity to Christoph Clavius interpretation of Euclidean principles, it examines the evolving understanding of central issues among which continuity, the existence of mathematical objects such as numbers, and the way humans can make true statements regarding such things. Each chapter sheds light on how premodern scholars bridged mathematics and philosophy, forging concepts and approaches that continued to influence early modern thought. A compelling read for historians, philosophers, and anyone intrigued by the origins and enduring legacy of mathematical ideas as both tools for inquiry and objects of reflection.

Contributors are Joël Biard, Stephen Clucas, Clelia V. Crialesi, Vincenzo De Risi, Daniel Di Liscia, André Goddu, Kamil Majcherek, Paolo Mancosu, Aurélien Robert, Sabine Rommevaux, Sylvain Roudaut, and Cecilia Trifogli.
List of Figures and Tables

Notes on Contributors



Introduction



Part 1 13th Century



1 William of Auvergne on Paradoxes of Infinity

Paolo Mancosu



2 John Duns Scotus and Walter Chatton on Geometry and the Composition of a
Continuum

Cecilia Trifogli



3 A Science of mathematicalia in Radulphus Britos Questiones mathematice

Sabine Rommevaux



Part 2 14th Century



4 Can an Accident Inhere in More Than One Subject? A Problem for Medieval
Realism about Numbers

Kamil Majchereck



5 Marco Trevisano on the Ontology of Numbers: A Pythagorean and Platonic
Philosophy of Mathematics

Aurélien Robert



6 Conceiving Mathematical Terms and Propositions in the 14th Century

Clelia V. Crialesi



Part 3 15th Century



7 The Latitudes of Forms as a New Middle Science

Daniel A. Di Liscia



8 The Use of Richard Swinesheads Calculationes in 15th-Century Natural
Philosophy

Sylvain Roudaut



9 From Blasius of Parma to Alexander Achillini: A New Conception of Relations
Between Mathematics and Physics

Joël Biard



Part 4 16th Century



10 The Derivability Theory of Axioms: Logic and Mistranslations in the Middle
Ages and the Renaissance

Vincenzo De Risi



11 Beyond the Praeface: John Dees Contributions to Henry Billingsleys
Euclid and French Humanist Commentaries on Book X of Euclids Elements

Stephen Clucas



12 The Renaissance of Greek Mathematics and Early Modern Empiricism

André Goddu



Bibliography

Index
Clelia V. Crialesi is a Marie Skodowska-Curie Fellow at SPHERE-CNRS (Paris, France). Her research focuses on premodern mathematical thought, with publications ranging from Boethian number theory to Euclidean geometry in the late medieval continuum debate and epistemology of 14th-century algebraic practices. She is the author of the monograph Mathematics and Philosophy at the Turn of the First Millennium. Abbo of Fleury on Calculus (Routledge, 2025).