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" Understanding the Heavens "
by Jean-Claude Pecker ; edited by Susan Kaufman.
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BL
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577821
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b407040
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| Main Entry
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Pecker, Jean Claude.
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| Title & Author
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Understanding the Heavens : Thirty Centuries of Astronomical Ideas from Ancient Thinking to Modern Cosmology /\ by Jean-Claude Pecker ; edited by Susan Kaufman.
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| Publication Statement
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Berlin, Heidelberg :: Springer Berlin Heidelberg :: Imprint: Springer,, 2001.
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| ISBN
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9783662044414
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: 9783642083259
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| Contents
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and Perspectives -- The Theory of Scientific Revolutions -- Interactions Between Politics and Scientific Progress -- The Continuous Progress of Astronomical Techniques -- The Three Streams from Pythagoras, Plato, and Aristotle -- 1. Before the Classical Greek Period -- 1.1 A General Overview of a Rapid Evolution -- 1.2 Elementary Naked-Eye Astronomy -- 1.3 Pre-Socratic Greek Astronomy and Cosmology -- 2. Classical Greek Astronomy -- 2.1 Plato's World -- 2.2 Plato's Contemporaries: Eudoxus, Callippus -- 2.3 Aristotle's World -- 2.4 The Legacy of Plato and Aristotle -- 2.5 The Heliocentric Systems -- 2.6 Hipparchus and his Successors up to Ptolemy -- 2.7 Eccentric and Epicycle Circles: The Ptolemaic Mechanisms -- 2.8 The Earth, Sun, Moon, and Planets: Distances and Sizes -- 2.9 The Precession of Equinoxes -- 3. Ptolemy's Astronomy Questioned -- 3.1 The Scientific Genealogy of Ptolemy -- 3.2 The Church Fathers -- 3.3 The Contribution of the Arabic World to Astronomical Knowledge -- 3.4 The Western World up to Copernicus -- 4. The Period of the Renaissance -- 4.1 From 1450 to 1600: An Overview -- 4.2 Copernicus and the Determination of Planetary Distances -- 4.3 The Progress of the Observations; Tycho Brahe and the Nature of the Universe -- 4.4 Kepler and the Death of Circularity -- 4.5 Galileo, Physicist and Observer -- 5. Dynamics Enters Astronomy: From Galileo to Newton -- 5.1 Galilean Dynamics -- 5.2 Francis Bacon in England -- 5.3 The French School: Descartes and his Contemporaries -- 5.4 Newton and Universal Gravitation -- 5.5 The Triumph of Newton -- 5.6 Appendix Written in Collaboration with Prof. Daniel Pecker -- 6. From Pre-Galilean Astronomy to the Hubble Space Telescope and Beyond... Written in Collaboration with Dr. Simone Dumont -- 6.1 Improvements in Techniques and Instruments -- 6.2 Important Astronomical Discoveries After Galileo -- 6.3 Conceptual Consequences of the Broadening of Horizons from Galileo to Einstein -- 6.4 Conclusion -- 7. Towards Modern Cosmology -- 7.1 Failures and Difficulties of the Newtonian Description -- 7.2 Criticisms of Newton's Theory: The Mach Discussion -- 7.3 The Ether -- 7.4. Action at a Distance -- 7.5. Olbers' Paradox -- 7.6 The 'Significant' Facts of Cosmology and the Subjectivity of their Choice -- 7.7 Appendix: Modern Cosmology The Velocity of Light, Composition and Measurement -- 8. Cosmologies of Today and Tomorrow -- 8.1 General Relativity -- 8.2 The Cosmological Solutions of General Relativity -- 8.3 New Cosmological Facts -- 8.4 The Standard 'Big Bang' Cosmology -- 8.5 The 'New Big Bang' -- 8.6 Big Bang or Not Big Bang? Alternative Cosmologies -- 8.7 Conclusions: What Is the Current State of Cosmology? What Experiments Could Be Performed to Improve the Situation? -- 8.8 Appendix I: Tensors, Line Elements -- 8.9 Appendix II: The Particles of Modern Physics -- 9. General Conclusion -- Further Reading -- Figure Acknowledgements -- Name Index.
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| Abstract
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Astronomy is the oldest and most fundamental of the natural sciences. From the early beginnings of civilization astronomers have attempted to explain not only what the Universe is and how it works, but also how it started, how it evolved to the present day, and how it will develop in the future. The author, a well-known astronomer himself, describes the evolution of astronomical ideas, briefly discussing most of the instrumental developments. Using numerous figures to elucidate the mechanisms involved, the book starts with the astronomical ideas of the Egyptian and Mesopotamian philosophers, moves on to the Greek period, and then to the golden age of astronomy, i.e. to Copernicus, Galileo, Kepler, and Newton, and ends with modern theories of cosmology. Written with undergraduate students in mind, this book gives a fascinating survey of astronomical thinking.
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Physics.
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Astronomy.
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Kaufman, Susan.
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SpringerLink (Online service)
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