Résumés
Abstract
The analysis of astronomical tables has proven to be a powerful tool to understand the transmission of astronomical knowledge. Further, the study of the major sets of tables compiled or in circulation in the Middle Ages has contributed significantly to mapping the thousands of tables preserved in medieval manuscripts. The present paper focuses on the relationship between two specific sets of tables, both in the framework of Alfonsine astronomy: one of hitherto uncertain authorship and a much larger one compiled by the Ferrarese astronomer Giovanni Bianchini (d. after 1469).
Keywords:
- Giovanni Bianchini,
- astronomical tables,
- Alfonsine astronomy,
- double argument tables
Parties annexes
Bibliography
- Anonymous. 1445. Napoli, Biblioteca nazionale Vittorio Emanuele III, ms._VIII.C.36. Biblioteca farnesiana. Online: https://manus.iccu.sbn.it/opac_SchedaScheda.php?ID=181877.
- Bianchini, G. 1495. Tabulae astronomicae. Venice.
- Bianchini, G. 1526. Tabule Joa[nni] Blanchini Bononiensis. Venice.
- Bianchini, G. 1553. Luminarium atque planetarun motuum tabulae octoginta quinque. Basel.
- Ratdolt, E. 1483. Tabule astronomice illustrissimi Alfontij regis castelle. Venice.
- Boffito, G. 1907–1908. “Le Tavole astronomiche di Giovanni Bianchini da un codice della Collezione Olschki”. La Bibliofilia 9: 378–388, 446–460.
- Chabás, J. 2016. “An Analysis of the Tabulae magistrales by Giovanni Bianchini”. Archive for History of Exact Sciences 70: 543–552.
- Chabás, J. 2019. Computational Astronomy in the Middle Ages: Sets of Astronomical Tables in Latin. Madrid.
- Chabás, J. and B. R. Goldstein. 2003. The Alfonsine Tables of Toledo. Dordrecht/Boston.
- Chabás, J. and B. R. Goldstein. 2009. The Astronomical Tables of Giovanni Bianchini. Leiden/Boston.
- Chabás, J. and B. R. Goldstein. 2020–2021. “New Approaches and Parameters in the Parisian Alfonsine Tables”. Suhayl 18: 51–68.
- Chabás, J. and B. R. Goldstein. 2021. “The Tabulae eclypsium by Giovanni Bianchini”. Aestimatio 2.1: 17–57.
- Federici Vescovini, G. 1968. “Bianchini, Giovanni”. Dizionario biografico degli Italiani, 10: 194–196.
- Glick, T. F.; S. Livesey; and F. Wallis. 2005. Medieval Science, Technology, and Medicine: An Encyclopedia. New York/London.
- Magrini, S. 1917. “Joannes de Blanchinis Ferrariensis e il suo carteggio scientifico col Regiomontano (1463–1464)”. Atti e memorie della deputazione ferrarese di storia patria 22.3: 1–37.
- Rosińska, G. 1984. Scientific Writings and Astronomical Tables in Cracow: A Census of Manuscript Sources (XIVth–XVIth Centuries). Wrocław.
- Rosińska, G. 1996. “The ‘Fifteenth-Century Roots’ of Modern Mathematics”. Kwartalnik Historii Nauki i Techniki 41: 53–70.
- Rosińska, G. 1998. “The Euclidean spatium in Fifteenth-Century Mathematics”, Kwartalnik Historii Nauki i Techniki 43: 27–41.
- Rosińska, G. 2006. “‘Mathematics for Astronomy’ at Universities in Copernicus’ Time: Modern Attitudes toward Ancient Problems”. Pp. 9–28 in M.
- Feingold and V. Navarro edd. Universities and Science in the Early Modern Period. Dordrecht/Boston.
- Schuba, L. 1992. Die Quadriviums-Handschriften der Codices Palatini Latini in der Vatikanischen Bibliothek. Wiesbaden.
- Shank, M. 2005a. “Georg Peuerbach”. Pp. 392–393 in Glick, Livesey, and Wallis 2005.
- Shank, M. 2005b. “Regiomontanus”. Pp. 439–441 in Glick, Livesey, and Wallis 2005.
- Van Brummelen, G. 2018. “The End of an Error: Bianchini, Regiomontanus, and the Tabulation of Stellar Coordinates”. Archive for the History of Exact Sciences 72: 547–563.
- Van Brummelen, G. 2021. “Before the End of an Error: Giovanni Bianchini’s Original Flawed Treatise on the Conversion of Stellar Coordinates”. Archive for the History of Exact Sciences 75: 109–124.