Article ID: CBB001320267

The Transcendental Method from Newton to Kant (2013)

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Kant's transcendental method, as applied to natural philosophy, considers the laws of physics as conditions of the possibility of experience. A more modest transcendental project is to show how the laws of motion explicate the concepts of motion, force, and causal interaction, as conditions of the possibility of an objective account of nature. This paper argues that such a project is central to the natural philosophy of Newton, and explains some central aspects of the development of his thinking as he wrote the Principia. One guiding scientific aim was the dynamical analysis of any system of interacting bodies, and in particular our solar system; the transcendental question was, what are the conceptual prerequisites for such an analysis? More specifically, what are the conditions for determining true motions within such a system---for posing the question of the frame of the system of the world as an empirical question? A study of the development of Newton's approach to these questions reveals surprising connections with his developing conceptions of force, causality, and the relativity of motion. It also illuminates the comparison between his use of the transcendental method and that of Euler and Kant.

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Description Argues that one central aim of the natural philosophy of Newton was the dynamical analysis of any system of interacting bodies.


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Article Massimi, Michela (2013) Philosophy of Natural Science from Newton to Kant. Studies in History and Philosophy of Science (p. 393). unapi

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Authors & Contributors
Schliesser, Eric S.
Laurynas Adomaitis
Casini, Paolo
Marko Uršič
Schliesser, Erick
Brading, Katherine
Journals
Foundations of Science
Studies in History and Philosophy of Science
Revue d'Histoire des Sciences
Archive for History of Exact Sciences
Physis: Rivista Internazionale di Storia della Scienza
Journal of the History of Ideas
Publishers
Edizioni di Storia e Letteratura
Cambridge University Press
Concepts
Philosophy of science
Motion (physical)
Physics
Dynamics
Natural laws
Natural philosophy
People
Newton, Isaac
Leibniz, Gottfried Wilhelm von
Kant, Immanuel
Descartes, René
Spinoza, Baruch
Volder, Burchardus de
Time Periods
17th century
18th century
16th century
Early modern
19th century
Places
England
France
Europe
Rome (Italy)
Great Britain
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