Book contents
- Frontmatter
- Contents
- Contributors
- Figures
- Preface
- 1 Introduction: The historical interpretation of mathematical texts and the problem of anachronism
- 2 From reading rules to reading algorithms: textual anachronisms in the history of mathematics and their effects on interpretation
- 3 Anachronism and anachorism in the study of mathematics in India
- 4 On the need to re-examine the relationship between the mathematical sciences and philosophy in Greek antiquity
- 5 Productive anachronism: on mathematical reconstruction as a historiographical method
- 6 Anachronism in the Renaissance historiography of mathematics
- 7 Deceptive familiarity: differential equations in Leibniz and the Leibnizian school (1689–1736)
- 8 Euler and analysis: case studies and historiographical perspectives
- 9 Measuring past geometers: a history of non-metric projective anachronism
- 10 Anachronism: Bonola and non-Euclidean geometry
- 11 Anachronism and incommensurability:words, concepts, contexts, and intentions
- Index
11 - Anachronism and incommensurability:words, concepts, contexts, and intentions
Published online by Cambridge University Press: 19 July 2021
- Frontmatter
- Contents
- Contributors
- Figures
- Preface
- 1 Introduction: The historical interpretation of mathematical texts and the problem of anachronism
- 2 From reading rules to reading algorithms: textual anachronisms in the history of mathematics and their effects on interpretation
- 3 Anachronism and anachorism in the study of mathematics in India
- 4 On the need to re-examine the relationship between the mathematical sciences and philosophy in Greek antiquity
- 5 Productive anachronism: on mathematical reconstruction as a historiographical method
- 6 Anachronism in the Renaissance historiography of mathematics
- 7 Deceptive familiarity: differential equations in Leibniz and the Leibnizian school (1689–1736)
- 8 Euler and analysis: case studies and historiographical perspectives
- 9 Measuring past geometers: a history of non-metric projective anachronism
- 10 Anachronism: Bonola and non-Euclidean geometry
- 11 Anachronism and incommensurability:words, concepts, contexts, and intentions
- Index
Summary
Historians are constantly confronted with the twin problems of translating texts and interpreting their meanings. When mathematicians like Georg Cantor or Abraham Robinson demonstrate the consistency of concepts that, since the paradoxes of Zeno and Democritus, have been assumed to be paradoxical notions like infinitesimals or the actual infinite, how should the works of earlier mathematicians be regarded, who either used such concepts or believed they had proven their impossibility? Is it anachronistic to use nonstandard analysis or transfinite numbers to “rehabilitate” or explain the works of Leibniz, Euler, Cauchy, or Peirce, for example, as recent mathematicians, historians, and philosophers of mathematics have attempted? At the other extreme, chronologically, how may ideas readily accepted in the West – like incommensurable numbers, parallel lines, and similar triangles – but foreign to traditional Chinese mathematics have adversely affected the interpretations of ancient Chinese mathematical works?
Keywords
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- Chapter
- Information
- Anachronisms in the History of MathematicsEssays on the Historical Interpretation of Mathematical Texts, pp. 307 - 357Publisher: Cambridge University PressPrint publication year: 2021