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The Composition of Kepler's Astronomia nova
James R. Voelkel
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Naturwissenschaften, Medizin, Informatik, Technik / Naturwissenschaften allgemein
Beschreibung
This is one of the most important studies in decades on Johannes Kepler, among the towering figures in the history of astronomy. Drawing extensively on Kepler's correspondence and manuscripts, James Voelkel reveals that the strikingly unusual style of Kepler's magnum opus, Astronomia nova (1609), has been traditionally misinterpreted. Kepler laid forth the first two of his three laws of planetary motion in this work. Instead of a straightforward presentation of his results, however, he led readers on a wild goose chase, recounting the many errors and false starts he had experienced. This had long been deemed a ''confessional'' mirror of the daunting technical obstacles Kepler faced. As Voelkel amply demonstrates, it is not.
Voelkel argues that Kepler's style can be understood only in the context of the circumstances in which the book was written. Starting with Kepler's earliest writings, he traces the development of the astronomer's ideas of how the planets were moved by a force from the sun and how this could be expressed mathematically. And he shows how Kepler's once broader research program was diverted to a detailed examination of the motion of Mars. Above all, Voelkel shows that Kepler was well aware of the harsh reception his work would receive--both from Tycho Brahe's heirs and from contemporary astronomers; and how this led him to an avowedly rhetorical pseudo-historical presentation of his results. In treating Kepler at last as a figure in time and not as independent of it, this work will be welcomed by historians of science, astronomers, and historians.
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Astronomer, Writing, Mean anomaly, Harmonices Mundi, Mean motion, Physicist, Explanation, Eccentric anomaly, Methodology, Orbit of Mars, Lunar theory, Theory, Aristotelian physics, Planetary system, Cosmography, Astronomia nova, Nicolaus Copernicus, Dodecahedron, Octahedron, Astronomia, Almagest, Heliocentrism, Longitude, Proportionality (mathematics), David Fabricius, Analogy, Calculation, Prosthaphaeresis, Earth's orbit, Jupiter, Equant, Johannes Praetorius, Michael Maestlin, Tetrahedron, Celestial sphere, Philosopher, Mathematician, Exoplanet, Tychonic system, Natural philosophy, Astronomical object, Ephemeris, Icosahedron, Prutenic Tables, Geocentric model, Orbit, Epitome Astronomiae Copernicanae, Copernican heliocentrism, Skepticism, Johannes Kepler, Copernican system, Pythagoreanism, Apsis, Astrology, Circular motion, Geometry, Rudolphine Tables, Circular orbit, Galileo Galilei, Owen Gingerich, Saturn, Mysterium Cosmographicum, Quantity, Solar time, Circumference, Perihelion and aphelion, Suggestion, Celestial spheres, Hypothesis, Astronomy