Select. From Kepler's Astronomia Nova / Edition 1

Select. From Kepler's Astronomia Nova / Edition 1

by Johannes Kepler
     
 

Johannes Kepler wrote Astronomia Nova (1609) in a singleminded drive to sweep away the ancient and medieval clutter of spheres and orbs and to establish a new truth in astronomy, based on physical causality. Thus a good part of the book is given over to a nontechnical discussion of how planets can be made to move through space by physical forces. This is the theme of… See more details below

Overview

Johannes Kepler wrote Astronomia Nova (1609) in a singleminded drive to sweep away the ancient and medieval clutter of spheres and orbs and to establish a new truth in astronomy, based on physical causality. Thus a good part of the book is given over to a nontechnical discussion of how planets can be made to move through space by physical forces. This is the theme of the readings in the present module. The selection includes Kepler's Introduction as well as a selection of chapters that develop the physics of planetary motion. In these ground-breaking chapters, the true Kepler emerges, not as a speculative mystic or a number-crunching drudge, but as a first-rate scientific thinker with a wonderfully engaging narrative style.

Product Details

ISBN-13:
9781888009286
Publisher:
Green Lion Press
Publication date:
01/28/2004
Edition description:
New Edition
Pages:
120
Product dimensions:
6.90(w) x 10.00(h) x 0.40(d)

Table of Contents

Editor's Preface vii

About Johannes Kepler ix

Acknowledgements x

Kepler's Introduction 1

Chapter 1 Introduction to the celestial motions* 29

Chapter 2 Physical implications of theories of circular motion 37

Chapter 7 How I came to work on Mars 41

Chapter 24 The earth, like other planets, moves nonuniformly 45

Chapter 32 The Physical reality behind nonuniform motion 51

Chapter 33 The power that moves the planets is in the sun 55

Chapter 34 The sun is a magnet, and rotates in its space 63

Chapter 39 How can the planetary powers make a circular orbit? 71

Chapter 40 A way to calculate using the physical speed rule 79

Chapter 44 The orbit is not a circle 83

Chapter 57 The physics and mathematics of a noncircular orbit 89

Epilogue: What about the ellipse? 95

Appendix A Geometrical Planetary Models 97

Appendix B Technical Notes 101

Glossary 105

Bibliographical Note 109

About this series: Scientific Classics for Humanities Studies 110

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