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Exploring Curvature

Exploring Curvature

James Casey
0/5 ( ratings)
. . . one should not be too ready to erect a wall of separation between nature and the human mind. d'Alembert [Dugas ] It is possible to present mathematics in a purely fonnal way, that is to say, without any reference to the physical world. Indeed, in the more advanced parts of abstract algebra and mathematical logic, one can pro ceed only in this manner. In other parts of mathematics, especially in Euclidean geometry, calculus, differential equations, and surface ge ometry, intimate connections exist between the mathematical ideas and physical things. In such cases, a deeper under standing can be gained by taking advantage of these connections. I am not, of course, suggesting that one should appeal to physical intuition whenever one gets stuck in a mathematical proof: in proofs, there is no substitute for rigor. Rather, the connections with physical reality should be made either to motivate mathematical assumptions, or to introduce questions out of which theorems arise, or to illustrate the results of an analysis. Such interconnections are especially important in the teaching of mathematics to science and engineering students. But, mathematics students too have much to gain by familiarizing themselves with the interconnections between ideas and real things. The present book explores the geometry of curves and surfaces in a physical way."
Language
English
Pages
291
Format
Paperback
Release
August 01, 1996
ISBN 13
9783528064754

Exploring Curvature

James Casey
0/5 ( ratings)
. . . one should not be too ready to erect a wall of separation between nature and the human mind. d'Alembert [Dugas ] It is possible to present mathematics in a purely fonnal way, that is to say, without any reference to the physical world. Indeed, in the more advanced parts of abstract algebra and mathematical logic, one can pro ceed only in this manner. In other parts of mathematics, especially in Euclidean geometry, calculus, differential equations, and surface ge ometry, intimate connections exist between the mathematical ideas and physical things. In such cases, a deeper under standing can be gained by taking advantage of these connections. I am not, of course, suggesting that one should appeal to physical intuition whenever one gets stuck in a mathematical proof: in proofs, there is no substitute for rigor. Rather, the connections with physical reality should be made either to motivate mathematical assumptions, or to introduce questions out of which theorems arise, or to illustrate the results of an analysis. Such interconnections are especially important in the teaching of mathematics to science and engineering students. But, mathematics students too have much to gain by familiarizing themselves with the interconnections between ideas and real things. The present book explores the geometry of curves and surfaces in a physical way."
Language
English
Pages
291
Format
Paperback
Release
August 01, 1996
ISBN 13
9783528064754

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