Abstract
For it is the duty of an astronomer to record celestial motions through careful observation. Then, turning to the causes of these motions, he must conceive and devise hypotheses about them, since he cannot in any way attain the true cause. But, from whatever assumptions he adopts, the motions can be correctly calculated from the principles of geometry for the past as well as the future.
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References
Airy, G.B., 1833, Report on the Progress of Astronomy During the Present Century, section VII. British Association for the Advancement of Science, 125-189. John Murray, London.
Antonello, E.: 2014, Bonaparte and the astronomers of Brera Observatory. http://Goldgararxiv.org/ftp/arxiv/papers/1405/1405.6841.pdf
Barber, B.: 1961, Resistance by Scientists to Scientific Discovery. Science 134, 596-602.
Barclay, J., 1633, The Mirror of Minds. Translated into English by Thomas May from the original Latin ed. of 1614. Printed by I.B. for Thomas Walkley, London.
Becher, H.W.: 1980, Woodhouse, Babbage, Peacock, and Modern Algebra. Historia Mathematica 7, 389-400.
Becker, C.L.: 1932, The Heavenly City of the Eighteenth-Century Philosophers. Yale University Press, New Haven.
Berkeley, G.: 1734, The Analyst, or a discourse addressed to an infidel mathematician. J. Tonson, London.
Bernoulli, N.: 1709, De usu artis conjectandi in jure. Johannes Conradi a Mechel, Basel.
Bernoulli, D.: 1735, Recherches physiques et astronomiques sur le problème…Quelle est la cause physique de l’inclination des plans des orbites des planètes. Receuil des pieces qui ont remporté le prix de l’Académie Royale des Sciences 3, 93-122 (French version), 123-144 (Latin version).
Bertrand, J.: 1869, L′Académie des Sciences et les académicians de 1666 à 1793. J. Hetzel, Paris.
Bode, J.: 1802b, Letter to Olbers, 15 May. Bremen University Archives.
Bossut, C. & Legendre, A.: 1787, Report to the Académie des Sciences on Introduction à l’étude de l’astronomie physique by Jacques Cousin. Quoted in R. Hahn (2005), pg. 146.
Brewster, D., 1802a, Notice concerning another NEW PLANET discovered by Dr. Olbers of Bremen, in March 1802. The Edinburgh Magazine, 19, New Series, April, 287.
Brewster, D.: 1831, The Life of Sir Isaac Newton, vol. 1. J. Murray, London.
Buffier, C.: 1724, First Truths and the Origin of our Opinions Explained. Translated from Traite des Premières vérités into English in 1780. J. Johnson, London.
Bujarski, G.T.: 1972, Polish Liberalism, 1815-1823. The Polish Review 17(2), 3-37.
Cannell, D.M.: 2001, George Green: Mathematician and Physicist, 1793-1841. Second Edition. Society for Industrial and Applied Mathematics, Philadelphia.
Carlyle, T.: 1888, History of Friedrich II of Prussia, vol. 5. Chapman & Hall, London.
Carr, R.: 2002, Challenge and Response. The Spectator, 25 May issue, 288(9068), 45.
Chapin, S.: 1968, The Academy of Sciences During the Eighteenth Century: An Astronomical Appraisal. French Historical Studies 5, 371-404.
Chapin, S.: 1983, What Better Way to go to Gotha: Lalande, Blanchard, & the Balloon. Griffith Observer, November issue, 2-19.
Cummings, S. and Parker, A.: 2015, D’Alembert, Lagrange, and Reduction of Order. Convergence 12. Online journal of the Mathematical Association of America.
Cunningham, C.: 2007, Euler at 300. Mercury 36(4), 9.
Damoiseau, M.C.: 1812, Memoire sur les variations séculaires des elémens elliptiques de Pallas et de Cérès. Memorias de Mathematica e Phisica da Academia R. das Sciencias de Lisboa, Vol. 3, Part 1, 15-67.
Dumarsais, C.: 1743, Nouvelles libertés de penser. Piget, Amsterdam.
Ellis, H.: 2014, Enlightened Networks: Anglo-German Collaboration in Classical Scholarship, in Anglo-German Scholarly Networks in the Long Nineteenth Century (Heather Ellis and Ulrike Kirchberger, eds.). Brill, Leiden, The Netherlands.
Emerson, R.: 2008, Academic Patronage in the Scottish Enlightenment. Edinburgh University Press, Edinburgh.
Euler, L.: 1749, Recherches sur les irregularités du mouvement de Jupiter et de Saturne. In Pièce qui a remporté le prix de l’Académe Royale des Sciences, pg. 1-123. Martin, Coignard & Gurein, Paris.
Feke, J.: 2014, Meta-mathematical rhetoric: Hero and Ptolemy against the philosophers. Historia Mathematica 41(3), 261-276.
Ferrone, V.: 1997, The Man of Science. In Enlightenment Portraits (Michel Vovelle, ed.), pg. 190-225. University of Chicago Press, Chicago.
Fontenelle, B.: 1699, Préface de utilité de mathématiques (The Utility of Mathematics). Academie Royale des Sciences, Paris. For English translation, see Marsak, L.:1961, Bernard de Fontenelle: The Idea of Science in the French Enlightenment. American Philosophical Society Transactions, new series 49 (7), 1-64.
Forbes, J.D.: 1856, Dissertation Sixth. Exhibiting a General View of the Progress of Mathematical and Physical Science, principally from 1775 to 1850. Adam and Charles Black, Edinburgh.
Frängsmyr, T.: 1990, The Mathematical Philosophy, in The Quantifying Spirit in the 18 th Century, pg. 27-44. (T. Frängsmyr, J.L. Heilbron and R. Rider, eds.). University of California Press, Berkeley.
Garber, E.: 1998, The Language of Physics: The Calculus and the Development of Theoretical Physics in Europe 1750-1914. Birkhäuser Boston, New York.
Garrick, D.: 1755, On Johnson’s Dictionary. Public Advertiser, 22 April.
Gauss, C.: 1802, Monthly Correspondence, June issue, 597.
Gauss, C.: 1809, Theoria motus corporum coelestium in sectionibus conicus solem ambientium Theory of the Motion of the Heavenly Bodies Moving about the Sun in Conic Sections). Perthe and Besser, Hamburg.
George, A.: 1938, The genesis of the Académie des Sciences. Annals of Science 3, 372-401.
Glanville, J.: 1668, Plus Ultra. Reprint in 1958. Scholars’ Facsimiles Reprints, Gainesville, Florida.
Goertz, G., Jones, B. and Diehl, P.: 2005, Maintenance Processes in International Rivalries. Journal of Conflict Resolution 49 (5), 742-769.
Goldgar, A.: 1995, Impolite Learning: Conduct and Community in the Republic of Letters, 1680-1750. Yale University Press, New Haven.
Gower, B.: 1987, Planets and Probability: Daniel Bernoulli on the Inclinations of the Planetary Orbits. Studies in History and Philosophy of Science Part A 18(4), 441-454.
Graham, L., and Kantor, J.-M., 2009, Naming Infinity. Harvard University Press, Cambridge.
Gray, J.: 2006, A History of Prizes in Mathematics. In The Millennium Prize Problems, pg. 3-30. (J. Carlson, A. Jaffe and A. Wiles, eds.). American Mathematical Society, Providence, Rhode Island.
Greene, T.M.: 1986, History and anachronism. In The Vulnerable Text, Essays on Renaissance Literature. Columbia University Press, New York. Pp. 221.
Guicciardini, N.: 1989, The Development of Newtonian Calculus in Britain, 1700-1800. Cambridge University Press, Cambridge.
Hahn, R.: 1971, The Anatomy of a Scientific Institution: The Paris Academy of Sciences 1666–1803. Univ. of California Press, Berkeley.
Hilbert, D.: 1901, Mathematical Problems. Archiv der Mathematik und Physik, 3rd set, pg. 44-63. English translation in: Bulletin of the American Mathematical Society (1902), vol. 8, pg. 437-479.
Jaki, S.: 1972, The Original Formulation of the Titius-Bode Law. JHA 3, 136-138.
Kant, I.: 1764, Untersuchung über die Deutlichkeit der Gründsätze der natürlichen Theologie und der Moral. Haude u. Spener, Berlin.
Knight, W. A.: 1887, Memorials of Coleorton, vol. 1. D. Douglas, Edinburgh.
Koutalis, V.: 2014, Making discoveries for a better life vs bringing fruits to the national treasury: Davy, Babbage, Brewster and the (ongoing) struggle for the soul of science. Almagest 5(1), 52-109.
Kuehn, M.: 1987, Scottish Common Sense in Germany, 1768-1800. McGill-Queen’s University Press, Montreal and Kingston.
Lacroix, S.: 1816, Traité du Calcul Différential et du Calcul Intégral (An elementary treatise on the differential and integral calculus). C. Babbage, G. Peacock, and J. Herschel (tr.). J. Deighton and Sons, Cambridge.
Lauzon, M.: 2010, Signs of Light. Cornell University Press, Ithaca.
Lemoine, E.M.J., 1802. A sketch of the history of Pure Mathematics, translated from Traite Elementaire de Mathematiques Pures. Monthly Magazine and British Register, 14(2), 122.
Lifschitz, A.: 2012, Language & Enlightenment: The Berlin Debates of the Eighteenth Century. Oxford University Press, Oxford.
Locke, J.: 1690, An Essay Concerning Humane Understanding. Thomas Basset, London.
Maindron, E.: 1881, Les foundations de prix a l’Académie des Sciences, Les laureates 1714–1880. Paris.
Marcil-Lacoste, L.: 1982, Claude Buffier and Thomas Reid: Two Common-Sense Philosophers. McGill-Queen’s University Press, Kingston and Montreal.
McClellan, J.: 1985, Science Reorganized: Scientific Societies in the Eighteenth Century. Columbia University Press, New York.
Mercure de France, Institut de France: Prix de Mathematiques. Vol. 35, pg. 34 (1809).
Messier, C.: 1801/1802, Astre de Piazzi et conjonction de plusieurs planets observes an mois de Nivose An. 10. Mem. Des Societes Savantes Et Litter. de la Republ. France 2, 114.
Mortera, E.L.: 2010, Dugald Stewart on innate ideas and the origin of knowledge. Journal of Scottish Thought, 4, 123-140.
Namier, L.: 1961. England in the Age of the American Revolution. Second Edition. Macmillan, London.
Olson, R.: 1975, Scottish Philosophy and British Physics 1750–1880. Princeton University Press, Princeton.
Patton, L.: 2014, Hilbert’s Objectivity. Historia Mathematica 41(2), 188-203.
Pierce, C.S.: 1891, The Architecture of Theories. The Monist, 1, 161-176.
Plummer, H.C., 1943. An eighteenth century correspondence. The Observatory, 65, 92-94.
Rée, M.R., 2009. Dispersed and distracted. A book review of Leibniz, an intellectual biography. London Review of Books, 31(12), 25 June, 25.
Rivarol, A.: 1784, Discours sur l’universalité de la langue française. Bailly, Paris.
Robertson, D.: 1910, A History of The French Academy 1635–1910. G. W. Dillingham Co., NY.
Saraiva, L.M.R.: 2008, Mathematics in the Memoirs of the Lisbon Academy of Sciences in the 19th Century. Historia Mathematica 35(4), 302-326.
Schwab, J.C.: 1785, Über den Ursachen der Allgemeinheit der französischen Sprache und der wahrscheinlichen Dauer ihrer Herrschaft. Jacob Friedrich Heerbrandt, Tübingen.
Servois, F.-J.: 1814, Reflections on the various systems of exposition of the principles of the differential calculus and, in particular, on the doctrine of the infinitely small. Annales des Mathématiques pures et appliquées 5, 141-170. R. Bradley & S. Petrilli (tr.): 2010. Convergence 7. Online journal of the Mathematical Association of America.
Seydl, O.: 1938, Briefe Franz Xaver Freiherrn von Zach, Direktors der herzoglichen Sternwarte am Gotha-Seeberg, und seines Nachfolgers Bernhards von Lindenau von 1791–1861 an P. Martin Alois David, Adjunkt und Direktor der Königlich Prager Sternwarte. [Letters by Zach & Lindenau to David]. Gessellschaft der Wissenschaften, Prague.
Shabel, L.: 2003, Mathematics in Kant’s Critical Philosophy: Reflections on Mathematical Practice. Routledge, New York.
Sime, J.: 1900, William Herschel and his Work. C. Scribner’s & Son, New York.
Sniadecki, J.: 1821, The Philosophy of the Human Mind (in Polish). Zawadski, Wilno (Vilnius).
Steffens, H.: 1803, Indledning til philosophiske Forelaesninger. Seidelin, Copenhagen.
Swerdlow, N.: 1975, The Planetary Theory of Franҫois Viète. JHA 6, 185-208.
Swiggers, P.: 2014, Ideology and the ‘clarity’ of French, in Ideologies of Language, pg. 112-xxx (John E. Joseph and Talbot J. Taylor, eds.). Routledge, Abingdon, England.
Terdiman, R.: 2005, Body& Story: The Ethics and Practice of Theoretical Conflict. Johns Hopkins University Press, Baltimore.
The Annals of Philosophy, 7, 164 (1816).
The British Quarterly Review, 13, 331-357 (1851).
The Critic, 16, 1 May issue, pg. 7 (1857).
The Critical Review, 1807, Bryan’s Lectures on Natural Philosophy. Vol. 11, 50-57.
The Edinburgh Review, 1819, Woodhouse’s Astronomy. Vol. 62, 375-394.
The London Journal of Arts and Sciences, 8, 323 (1824).
The Moniteur, 28, 1238 (1803).
The Monthly Magazine, December 1 st issue, vol. 22, pg. 481, (1806)
The Monthly Review, 1816, Butler’s Introduction to Mathematics. Vol. 80, 314-317.
Toplis, J.: 1805, On the Decline of Mathematical Studies, and the Sciences dependent upon them. The Philosophical Magazine 20, 25-31.
Toynbee, A.: 1946, A Study of History. Oxford University Press, Oxford.
Viète, F.: 1591, In artem analyticam isagoge. Introduction to the Analytic Art (1983): edited and translated by T. Witmer. Kent State University Press, Ohio.
The Quarterly Review, vol. 61, 501 (1838).
Wahl, C.: 2014, Between cosmopolitanism and nationalism. The role of expatriates in the dissemination of Leibniz’s differential calculus. Almagest 5(2), 40-68.
Wickman, M.: 2009, Scottish Newtonianism and modern(ist) history. Journal of Scottish Thought, 2(1), 113-126.
Williamson, J.: 1982, The Structure of Pay in Britain 1710–1911. Research in Economic History 7, 1-54.
Wilson, C.: 2010, The Hill-Brown Theory of the Moon’s Motion. Springer, New York.
Withers, C., and Wood, P. (eds.): 2002, Science and Medicine in the Scottish Enlightenment. Tuckwell Press, East Linton.
Wolff, C.: 1728, Praemittitur Discursus Praeliminaris de Philosophia in Genere (Preliminary Discourse on Philosophy in general); this was the introduction to Philosophia rationalis sive Logica. Renger, Frankfurt. English version in Philosophy: An Innovative Introduction, quote from pg. 300 (M. Boylan and C. Johnson, eds.), 2010. Westview Press, Boulder, Colorado.
Yeomans, D.: 1991, Comets: A Chronological History of Observation, Science, Myth and Folklore. Wiley, New York.
Zach, F.: 1802a, Monthly Correspondence, Sept. issue., pg. 310.
Zach, F.: 1830, Letter to Eliza, the wife of British Admiral William Smyth. American Philosophical Society, Philadelphia.
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Cunningham, C.J. (2017). The Gold Medal. In: Studies of Pallas in the Early Nineteenth Century. Springer, Cham. https://doi.org/10.1007/978-3-319-32848-5_3
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