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Kepler's Laws of Planetary Motion: 1609–1666*

Published online by Cambridge University Press:  05 January 2009

Synopsis

Historians of seventeenth-century science have frequently asserted that Kepler's laws of planetary motion were largely ignored between the time of their first publication (1609, 1619) and the publication of Newton's Principia (1687). In fact, however, they were more widely known and accepted than has been generally recognized.

Kepler's ideas were, indeed, rather slow in establishing themselves, and until about 1630 there are few references to them in the literature of the time. But from then onwards, interest in them increased fairly rapidly. In particular, the principle of elliptical orbits had been accepted by most of the leading astronomers in France before 1645 and in England by about 1655. It also received quite strong support in Holland.

The second law had a more chequered history. It was enunciated in its exact form by a few writers and was used in practice by some others without being explicitly formulated, but the majority, especially after 1645, preferred one or another of several variant forms which were easier to use but only approximately correct. The third law attracted less interest than the others, chiefly perhaps because it had no satisfactory theoretical basis, but it was correctly stated by at least six writers during the period under review.

Between about 1630 and 1650 Kepler's Epitome Astronomiae Copernicanae (in which all three laws were clearly formulated) was probably the most widely read work on theoretical astronomy in northern and western Europe, while his Rudolphine Tables, which were based upon the first two laws, were regarded by the majority of astronomers as the most accurate planetary tables available.

Kepler's work certainly did not receive all the recognition it deserved, but the extent to which it was neglected has been much exaggerated.

Type
Research Article
Copyright
Copyright © British Society for the History of Science 1964

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References

BIBLIOGRAPHY

Bartsch, Jakob: Uraniburgum Strasburgicum, sive motuum coelestium ephemeris nova Tychonico-Kepleriana … ex Tabulis Rudolphinis, juxta Nob. Tychonis Brahe observationes correct. & Cl. Joh. Kepleri hypotheses physicas novas diligenter supputata & edita … Lipsiae, 1629.Google Scholar
Borelli, Giovanni Alfonso: Theoricae mediceorum planetarum ex causis physicis deductae. Florentiae, 1666.Google Scholar
Boulliau [Bullialdus], Ismael: Astronomia philolaica. Parisiis, 1645.Google Scholar
Boulliau [Bullialdus], Ismael Exercitationes geometricae tres … III Astronomiae philolaicae fundamenta clarius explicata & asserta adversus clariss. viri Sethi Wardi … impugnationem. Parisiis, 1657.Google Scholar
Carpenter, Nathanael: Philosophia libera … Editio secunda … auctior. Oxoniae, 1622.Google Scholar
Cassini, Giovanni Domenico: See Malvasia, 1662.Google Scholar
Cavalieri [Cavalerius], Bonaventura: Directorium generale uranometricum. Bononiae, 1632.Google Scholar
Cellarius, Andreas: Harmonia macrocosmica. Amstelodami, 1661.Google Scholar
Cunitia, Maria: Urania propitia, sive Tabulae astronomicae mire faciles, vim hypothesium physicarum a Kepplero proditarum complexae; facillimo calculandi compendio, sine ulla logarithmorum mentione, phaenomenis satisfacientes … Olsnae Silesiorum, 1650.Google Scholar
Deusing, Anton: De vero systemate mundi dissertatio mathematica. Amstelodami, 1643.Google Scholar
Duhamel, Jean Baptiste: Astronomia physica, seu de luce, natura et motibus corporum coelestium, libri duo. Parisiis, 1660.Google Scholar
Durret, Noel: Nouvelle théorie des planètes … avec les tables Richeliennes et Parisiennes exactement calculées … Paris, 1635.Google Scholar
Durret, Noel Supplementi tabularum Richelianarum pars prima. Cum brevi planetarum theoria ex Kepleri sententia. Paris, 1639.Google Scholar
Durret, Noel Novae motuum coelestium ephemerides Richelianae: annorum 15, ab anno 1637 incipientes, ubi sex anni priores e fontibus Lands-bergianis, reliqui vero e numeris Tychoni-Keplerianis eruuntur. Parisiis, 1641.Google Scholar
Eichstadius, Laurentius: Pars prima ephemeridum novarum et motuum coelestium quinquennalis. Stettini, 1634.Google Scholar
Eichstadius, Laurentius Pars altera [as above]. Stettini, 1639.Google Scholar
Eichstadius, Laurentius Pars tertia [as above]. Amsterdam, 1644.Google Scholar
Foster, Samuel: Miscellanies: or, mathematical lucubrations of Mr Samuel Foster. London, 1659.Google Scholar
Froidmont [Fromondus], Libert: Anti-Aristarchus sive orbis-terrae immobilis liber unicus. Antwerpiae, 1631.Google Scholar
Frommius, Georgius: Dissertatio astronomica, de mediis quibusdam ad astronomiam restituendam necessariis … Hafniae, 1642.Google Scholar
Gassendi, Pierre: De motu impresso a motore translato. Parisiis, 1642.Google Scholar
Gassendi, PierreInstitutio astronomica. Parisiis, 1647.Google Scholar
Havemannus, Michael: Astraea, sive epitome sideralis seientiae. Rostock, 1624.Google Scholar
Hecker, Johann: Motuum caelestium ephemerides ab anno … MDCLXVI ad MDCLXXX. Ex observationibus correctis nobilissimi Tychonis Brahaei, & Joh. Kepleri hypothesibus physicis, tabulisque Rudolphinis … Gedani, 1662.Google Scholar
Herigone, Pierre: Cursus mathematici. Tom. I–IV, Paris, 1634; Tom. V, Paris, 1637; Tom. VI, Paris, 1642.Google Scholar
Hevelius, Johann: Selenographia: sive Lunae descriptio … Gedani, 1647.Google Scholar
Hevelius, Johann Mercurius in Sole visus Gedani anno … 1661 … cum aliis quibusdam … observationibus … cui annexa est, Venus in Sole pariter visa, anno 1639 … Liverpoliae a Jeremia Horroxio, nunc primum edita … Gedani, 1662.Google Scholar
Holwarda, Johannes Phocylides: Dissertatio astronomica sc. de eclipsi lunari 1638; de astronomia Lansbergiana et de novis phenomenis sive stellis. Franekerae, 1640.Google Scholar
Holwarda, Johannes Phocylides Philosophia naturalis; seu physica vetus-nova … Franekerae, 1651.Google Scholar
Horrox, Jeremiah: Opera postuma, viz Astronomia Kepleriana, defensa et promota … Lendini, 1673.Google Scholar
Landsberg, Philip: Commentationes in motum Terrae diurnum et annuum, et in verum aspectabilis coeli typum. Middelburgi, 1632.Google Scholar
Landsberg, Philip Uranometriae libri III. Middelburgi Zelandiae, 1631.Google Scholar
Landsberg, Philip Landsberg, Tabulae motuum coelestium perpetuae, … Middelburgi, 1632.Google Scholar
Lipstorp, Daniel: Copernicus redivivus, seu de vero mundi systemate liber singularis. Lugduni Batavorum, 1653.Google Scholar
Longomontanus, Christianus Severinus: Astronomia Danica. Amsterodami, 1622.Google Scholar
Magini, Giovanni Antonio: Supplementum ephemeridum. Francofurti, 1615.Google Scholar
Malvasia, Cornelius: Ephemerides novissimae motuum coelestium … ex Philippi Lansbergii hypothesibus exactissime supputatae, … Additis ephemeridibus Solis et tabulis refractionum, ex novissimis hypothesibus Doctoris Joannis Dominici Cassini … Mutinae, 1662.Google Scholar
Mercator, Nicholas: Hypothesis astronomica nova, et consensus eius cum observationibus. Londini, 1664.Google Scholar
Mercator, NicholasSome considerations of Mr Nic. Mercator, concerning the geometrick and direct method of Signier Cassini for finding the apogees, eccentricities, and anomalies of the planets … Phil. Trans. Roy. Soc., 5, 1670, 11681175.Google Scholar
Mersenne, Marin: Harmonie universelle. Paris, 1636.Google Scholar
Mersenne, Marin Mersenne, Universae geometriae mixtaeque mathematicae synopsis … Parisiis, 1644.Google Scholar
Morin, Jean Baptiste: Famosi et antiqui problematis de Telluris motu vel quiete hactenus optata solutio. Parisiis, 1631.Google Scholar
Morin, Jean BaptisteTrigonometriae canonicae libri tres. Paris, 1633.Google Scholar
Morin, Jean Baptiste Coronis astronomiae jam a fundamentis integre et exacte restitutae, Parisiis, 1641.Google Scholar
Newton, John: Astronomia Britannica, exhibiting the doctrine of the sphere, and theory of the planets … according to the Copernican system as it is illustrated by Bullialdus, and the easie way of calculating lately published by Doctor Ward. London, 1657.Google Scholar
Pagan, Blaise François De: La théorie des planètes du Comte de Pagan, où tous les orbes célestes sont geométriquement ordonnez, contre le sentiment des astronomes. Paris, 1657.Google Scholar
Pagan, Blaise François De Les tables astronomiques du Comte de Pagan … Paris, 1658.Google Scholar
Renieri [Renerius], Vincenzio: Tabulae Medicaéae secundorum mobilium universales … Florentiae, 1639.Google Scholar
Riccioli, Giovanni Battista: Almagestum novum … Bononiae, 1651.Google Scholar
Riccioli, Giovanni Battista Astronomia reformata. Bononiae, 1665.Google Scholar
Schickard, Wilhelm: Pars responsi ad epistolas P. Gassendi … de Mercurio sub Sole viso, & aliis novitatibus uranicis. Tubingae, 1632.Google Scholar
Shakerley, Jeremy: Tabulae Britannicae … Calculated for the meridian of London from the hypothesis of Bullialdus and the observations of Mr Horrox. London, 1653.Google Scholar
Sofford, Arthur: A new almanack and prognsostication for the yeere … 1641. London, 1641.Google Scholar
Streete, Thomas: Astronomia Carolina. A new theorie of the coelestial motions … London, 1661.Google Scholar
Trew, Abdias: Astronomia pars sphaerica … Noribergae, 1637.Google Scholar
Vlacq, Adrian: Ephemerides motuum coelestium … summa diligentia in luminarium motibus et syzygiis ex tabulis Lansbergianis … ex reliquis planetis ex tabulis Rudolphinis a Joanne Keplero … supputatae. Goudae, 1632.Google Scholar
Wallis, John: Tractatus duo. Prior, de cycloide et corporibus inde genitis … Oxoniae, 1659.Google Scholar
Ward, Seth: Idea trigonometriae … item praelectio de cometis et inquisitio in Bullialdi Astronomiae Philolaicae fundamenta. Oxoniae, 16541653.Google Scholar
Ward, Seth Astronomia geometrica, ubi methodus proponitur qua primariorum planetarum astronomia sive possit geometrice absolvi. London, 1656.Google Scholar
Wendelin [Vendelinus], Godefroid: De caussis naturalibus pluviae purpureae Bruxellensis clarorum virorum judicia. Bruxellae, 1647.Google Scholar
Wendelin [Vendelinus], Godefroid: Teratologia cometica occasione anni vulgaris aerae MDCLII. [No place], 1652.Google Scholar
Wing, Vincent: An almanack and prognostication for … 1641. London, 1641.Google Scholar
Wing, VincentAn almanack and prognostication for … 1643. London, 1643.Google Scholar
Wing, VincentAn almanack and prognostication for … 1647. London, 1647.Google Scholar
Wing, VincentSpeculum uranicum. London, 1649.Google Scholar
Wing, VincentHarmonicon coeleste. London, 1651.Google Scholar
Wing, VincentAstronomia Britannica. Londini, 1669.Google Scholar