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Newton's Principia: The Central Argument makes the great adventure of Principia available not only to modern scholars of history of science, but also to nonspecialist undergraduate students of humanities. It moves carefully from Newton's definitions and axioms through the essential propositions, as Newton himself identified them, to the establishment of universal gravitation and elliptical orbits. The guidebook unfolds what is implicit in Newton's words as he himself would have filled in the steps and completes the argument in ways that are authentic and not anachronistic, exactly following Newton's thinking rather than substituting tools of modern calculus or the formulations of modern physics. It is Newton in his own terms, allowing students to reconstruct Newton's propositions authentically. It is not a commentary or a presentation of Newton's propositions as they might appear in a modern textbook. Rather, this guidebook unfolds what is implicit in Newton's words as he would have filled in the steps, while completing the argument in ways that are not anachronistic. |
Third Edition Features:
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Newton's Principia: The Central Argument presents Newton's original text (the selections newly translated for this edition), offers notes and questions for pondering, and then expands Newton's sketched proofs step by step. Following his original proofs exactly eliminates the common confusions and misinterpretations of what Newton assumed and what he proved in the course of the development of his great work.
Densmore's painstaking reconstruction of Newton's original thought processes
makes this work a significant contribution to Newtonian scholarship.
Most works of Newtonian scholarship from his time through the present have bypassed
the difficulty of true reconstruction by translating Newton's proofs into algebra
and modern calculus. This misses the essence of Newton's masterpiece (he deliberately
chose not to use algebra or calculus) and sometimes leads to outright mistakes.
Readers and scholars who want to know what Newton really said, as opposed to
how one might prove the same things in a different way, will find the full proofs
nowhere else.
"Densmore's commentary has a directness, an intelligence and infectious energy that takes readers through all the difficulties to a very satisfying accomplishment...I cannot emphasize too strongly what an achievement it is."--- Curtis Wilson, Editor"This is a wonderful book. Taking Newton in his own terms, it insists on the full rigor of the demonstrations and does not hesitate to point out where full rigor appears to be lacking. The flavor of the book can be sampled in its treatment of the phenomena cited at the beginning of Book 3, where Densmore pauses to explain in what sense generalizations not directly observable can be called phenomena (for example, Kepler's third law applied to the satellites of Jupiter) and how the data for them were collected in the late seventeenth century. ... As she says in the Preliminaries, 'we understand Newton only in understanding why he proved things as he did' (p. xxiv). Students are not the only ones who can profit from the exercise."
General History of Astronomy---Richard S. Westfall, Indiana University"The stress is on encouraging students to reconstruct Newton's proofs in their original geometric form, rather than translating them into the more familiar symbolic calculus. This is particularly interesting because Newton's geometric style informs our geometric and physical intuition in a way which is complementary to the understanding achieved via analytical tools.
Author of Never at Rest: A Biography of Isaac Newton
Historians of science have a great deal to learn from it. A first class work."---Niccolo Guicciardini
Mathematical Reviews, Issue 99
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7" x 10", 589 pages, over 300 diagrams, index and bibliography
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