The Period of the Renaissance

  • Susan Kaufman
  • Jean-Claude Pecker

Abstract

There is a tendency now, particularly in the light of Kuhn’s ideas about “scientific revolutions,” to reduce this period to the so-called Copernican revolution, thereby relegating the discoveries of Tycho, Kepler, Galileo and other astronomers to the status of an appendix of those of Copernicus. At the very least, many scholars have limited their consideration of the progress of science between the triumph of Aristotelianism and the Newtonian enlightment to the achievements of these four men. As we have previously noted, however, this scheme is oversimplified. Indeed, a great movement of ideas was taking place, just as during the centuries prior and the centuries yet to come (Table 4.1). Our “four musketeers” were at one time young students. Later, they reached maturity and became teachers of a new generation of students. This era was characterized by a great continuity and a remarkable spirit of intellectual debate, quite comparable to the debates of our times, taking into account the slowness of travel and the primitive level communication systems. Patient and determined men exchanged much information all across Europe.

Keywords

Apparent Motion Planetary System Uniform Motion Nearby Star Heavenly Body 
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.

Preview

Unable to display preview. Download preview PDF.

Unable to display preview. Download preview PDF.

References

  1. Arrhenius S (1910) L’évolution des mondes. Béranger, Paris, pp 246 (French translation from Swedish; apparently no English translation) (Chap. 6)Google Scholar
  2. Blamont JE (1993) Le chiffre et le songe, histoire politique de la découverte. Odile Jacob, Paris, pp 941 (Chaps. 3–8)Google Scholar
  3. De La Cotardière P (1987) Dictionnaire de l’astronomie. Larousse, Paris, pp 325 (all Chaps.)Google Scholar
  4. Couderc P (1945) (several new editions; last under the title: Histoire de l’astronomie classique) Les étapes de l’astronomie. Presses Univ. de France, Coll. Que sais-je? Paris, pp 128 (all Chaps.)Google Scholar
  5. Fournier d’Albe EE (1907) Two new worlds. Longmans Gren Co, London, pp 157 (Chap. 6)Google Scholar
  6. Gingerich 0 (1992) The great Copernicus chase and other adventures in astronomical history. Cambridge University Press, pp xii + 304 (Chaps. 4–6)Google Scholar
  7. Hoskin M (ed) (1997) The Cambridge illustrated history of astronomy. Cambridge University Press, pp viii + 392 (all Chaps.)Google Scholar
  8. Hoskin M (ed) (1999) The Cambridge concise history of astronomy. Cambridge University Press, pp xiv + 362 (all Chaps.)Google Scholar
  9. Hoskin M (1982) Stellar astronomy: historical essays. Science History Publ., pp iv + 197 (Chap. 6)Google Scholar
  10. Kant I (1754) Universal natural history. New edition 1969, The University of Michigan Press, pp 180 (English translation from German) (Chap. 6)Google Scholar
  11. Lambert JH (1976) Cosmological letters on the arrangement of the world-edifice. Scottish Acad. Press, Edinburgh, pp viii + 245 (English translation from French and German) (Chap. 6)Google Scholar
  12. Laplace PS de (1796) L’exposition du système du monde. Fayard, Paris, pp 675 (new edition 1835, reprint 1984; apparently no English translation available) (Chap. 6)Google Scholar
  13. North J (1994) The Fontana history of astronomy and cosmology. Fontana, London, pp xxvii + 697 (all Chaps.)Google Scholar
  14. North JD (1965) The measure of the Universe: a history of modern cosmology. Clarendon Press, Oxford, pp xxvii + 436 (Chaps. 6–8)Google Scholar
  15. Pannekoek (1961) A history of astronomy. G. Allen Unwin, London, repr., pp 521, Dover, New York (all Chaps.)Google Scholar

Copyright information

© Springer-Verlag Berlin Heidelberg 2001

Authors and Affiliations

  • Susan Kaufman
  • Jean-Claude Pecker
    • 1
  1. 1.Collège de FranceAnnexe UlmParis Cedex 05France

Personalised recommendations