The Reception of the Galilean Science of Motion in Seventeenth-Century EuropeCarla Rita Palmerino, J.M.M.H. Thijssen Springer Science & Business Media, 31. 8. 2004 - 275 strán (strany) This book has evolved out of a colloquium entitled "The Reception of the Galilean Science of Motion;' held at Amsterdam on 5-7 July 2000. It was our intention as the organizers to bring together historians of science interested in Galileo's science of motion, its ramifications in seventeenth-century Europe, and its impact on what Anneliese Maier and E. J. Dijksterhuis have labeled the "mechanization of the world picture. " Funding for the conference was provided by the Royal Netherlands Academy of Arts and Sciences, which honored our proposal for an Academy Colloquium. We should also like to thank Ap de Wit, Martine Wagenaar, and Ine van den Heuvel from the Royal Academy for the careful and reliable administrative organization of the colloquium. Through a generous grant (no. 200-22-295), the Netherlands Organization for Scientific Research ( NWO) allowed the Center for Medieval and Renaissance Natural Philosophy at Nijmegen University to act as the colloquium's second sponsor. All papers that were read at the colloquium have been strongly modified for publication. It is hoped that the resulting articles display even more coherence and unity than the colloquium did, while at the same time retaining something of its spirit and diversity. In addition to the authors whose articles are published here, the following scholars also participated in the discussions: Constance Blackwell, Hans Bots, Henk Braakhuis, Wiep van Bunge, Dirk-Jan Dekker, Fokko-Jan Dijksterhuis, Juliette van den Elsen, Fran'Tois de Gandt, Christoph Luthy, Olaf Pluta, Thomas Settle, Theo Verbeek, and Liesbeth de Wreede. |
Obsah
Introduction | |
What Was Mechanical about The Mechanical Philosophy? | 7 |
Cartesian Mechanics | 21 |
The Rational Descartes and the Empirical Galileo | 63 |
A HistoricalAnalytical Framework for the Controversies over Galileos Conception of Motion | 79 |
A case study on the role of shared knowledge in the emergence and dissemination of an early modern new science | 95 |
Theories of Motion in the Galilean School | 115 |
Galileos Theories of Free Fall and Projectile Motion as Interpreted by Pierre Gassendi | 133 |
Hobbes and the Galilean Law of Free Fall | 161 |
Christiaan Huygens Galilean Mechanics | 181 |
SeventeenthCentury Theories of the Tides as a Gauge of Scientific Change | 195 |
Pierre Varignon | 239 |
Bibliography | 257 |
267 | |
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accelerated motion Aristotelian attrahens autre Bacon Beeckman Cartesian cause Cavalieri centre Christiaan Huygens conatus concept contemporaries Copernican Copernicus corpuscularianism courbe curve degrees of speed Descartes Dialogo Dijksterhuis Discorsi discussion diurnal motion e.a. eds earth Epistolae de motu equal Essays experiments explain falling body free fall Gabbey Galilean law Galilean Science Galileo Galileo's theory Gassendi geometrical geostatical gravity Guidobaldo del Monte heavy bodies Hobbes Huygens ibid inclined plane infinite instant interval ISBN Kepler knowledge letter to Mersenne magnetic mathematical mécanique mechanica mechanical philosophy moon motu mouvement moving natural philosophy Newton oceans odd numbers Oeuvres Adam e.a. Opere Favaro Palmerino pendulum phenomena Philosophy of Science physics Pierre Gassendi Pierre Varignon principle problem projectile motion published qu'il quod R.S. Cohen ratio rectilinear rotation science of motion Scientific spaces traversed statics Stevin Synthese Library theory of motion tidal tides trajectory translation uniform Varignon velocity vitesse Wallis weight