Book contents
- The Cambridge History of Philosophy of the Scientific Revolution
- The Cambridge History of Philosophy of the Scientific Revolution
- Copyright page
- Contents
- Tables and Figures
- Contributors
- Preface
- Introduction The Disciplinary Revolutions of Early Modern Philosophy and Science
- Part I The Disciplines
- Part II Disciplinary Activities
- 8 The Art of Thinking
- 9 Astrology, Natural Magic, and the Scientific Revolution
- 10 Practitioners’ Knowledge
- 11 Medicine and the Science of the Living Body
- 12 Experimental Natural History
- 13 Celestial Physics
- 14 Applying Mathematics to Nature
- 15 Mathematical Innovation and Tradition: The Cartesian Common and the Leibnizian New Analyses
- 16 Mechanics in Newton’s Wake
- Part III Problems and Controversies
- Bibliography
- Index
14 - Applying Mathematics to Nature
from Part II - Disciplinary Activities
Published online by Cambridge University Press: 14 January 2022
- The Cambridge History of Philosophy of the Scientific Revolution
- The Cambridge History of Philosophy of the Scientific Revolution
- Copyright page
- Contents
- Tables and Figures
- Contributors
- Preface
- Introduction The Disciplinary Revolutions of Early Modern Philosophy and Science
- Part I The Disciplines
- Part II Disciplinary Activities
- 8 The Art of Thinking
- 9 Astrology, Natural Magic, and the Scientific Revolution
- 10 Practitioners’ Knowledge
- 11 Medicine and the Science of the Living Body
- 12 Experimental Natural History
- 13 Celestial Physics
- 14 Applying Mathematics to Nature
- 15 Mathematical Innovation and Tradition: The Cartesian Common and the Leibnizian New Analyses
- 16 Mechanics in Newton’s Wake
- Part III Problems and Controversies
- Bibliography
- Index
Summary
This chapter looks at the mathematization of the study of nature by focusing on how practical mathematicians from the sixteenth century onward understood mathematics as primarily devoted to solving problems through mathematical construction. This constructive understanding of the nature of mathematics is then related to the double movement of physicalizing mathematics (giving physical interpretations to mathematical constructions) and mathematizing physics (understanding physics as basically involving the solution of problems). The work of seventeenth-century thinkers like Galileo, Descartes, and Mersenne is used to further illustrate these ideas, which led to the establishment of mathematical physics as characterized by its problem-solving nature.
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- The Cambridge History of Philosophy of the Scientific Revolution , pp. 254 - 273Publisher: Cambridge University PressPrint publication year: 2022
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