Recio, Gonzalo Luis (Author)
In this paper I want to cast some light on what must have been, to ancient astronomers, one of the most interesting aspects of tables, that is, their potential to analyse the predictive errors of a model, uncovering the theoretical variables on which it depends, thus paving the way to build newer and more accurate models. I will show this using as an example the development of Ptolemy´s lunar model in his Almagest. This is not only is one of the few stances where Ptolemy gives us some hints of his steps towards the final model, but it is also one of the more complex models he ever presents. Thus, by showing how the tables work in the context of a very complicated investigation, the lunar model serves as an excellent case to argue for the importance of tables in the developmental stages of Ptolemy´s system.
...More
Article
Raúl Caballero-Sánchez;
(2021)
On the chronology of the Anonymous Commentary to Ptolemy’s Tetrabiblos: Analysis of the astronomical evidence
(/isis/citation/CBB237975004/)
Article
Guan, Yuzhen;
(2015)
Eclipse Theory in the Jing chu li: Part I. the Adoption of Lunar Velocity
(/isis/citation/CBB001202212/)
Article
Stern, Sacha;
(2008)
The Babylonian Month and the New Moon: Sighting and Prediction
(/isis/citation/CBB000930117/)
Book
Swerdlow, N. M.;
(2000)
Ancient Astronomy and Celestial Divination
(/isis/citation/CBB000110580/)
Article
Christián C. Carman;
(2023)
A Ptolemaic lunar model of the 17th century: François Viète and his first lunar model
(/isis/citation/CBB359241256/)
Article
Bellver, José;
(2006)
Jābir b. Aflaḥ on the Four-Eclipse Method for Finding the Lunar Period in Anomaly
(/isis/citation/CBB000931399/)
Book
José Chabás Bergón;
Bernard R. Goldstein;
(2014)
Essays on Medieval Computational Astronomy
(/isis/citation/CBB310365588/)
Article
Mozaffari, S. Mohammad;
(2014)
Mu yī al-Dīn al-Maghribī's Lunar Measurements at the Maragha Observatory
(/isis/citation/CBB001321050/)
Article
Christián Carman;
José Díez;
(2015)
Did Ptolemy Make Novel Predictions? Launching Ptolemaic Astronomy into the Scientific Realism Debate
(/isis/citation/CBB803905629/)
Article
Duke, Dennis W.;
(2002)
Dating the Almagest Star Catalogue Using Proper Motions: A Reconsideration
(/isis/citation/CBB000200354/)
Article
Dobler, Hermann R.;
(2002)
The Dating of Ptolemy's Star Catalogue
(/isis/citation/CBB000202716/)
Article
Duke, Dennis W.;
(2003)
The Depth of Association between the Ancient Star Catalogues
(/isis/citation/CBB000340686/)
Essay Review
Evans, James;
(2001)
Greek Astronomy from Alexandria, Byantium and Louvain-La-Neuve
(/isis/citation/CBB000102732/)
Article
Saturno, William A.;
Stuart, David;
Aveni, Anthony F.;
Rossi, Franco;
(2012)
Ancient Maya Astronomical Tables from Xultun, Guatemala
(/isis/citation/CBB001320477/)
Article
Gonzalo L. Recio;
Christián C. Carman;
(2018)
On the Equant Point for the Planets and the Moon
(/isis/citation/CBB284728633/)
Article
Tihon, Anne;
(2003)
Une table grecque de vitesse lunaire (Laurentianus 28/26)
(/isis/citation/CBB000470448/)
Article
Clarke, A. J. M.;
Steele, J. M.;
(2002)
A Computer Generated Babylonian System: A Lunar Ephemeris
(/isis/citation/CBB000202714/)
Book
Gyula Priskin;
(2019)
The Ancient Egyptian Book of the Moon: Coffin Texts Spells 154–160
(/isis/citation/CBB922251582/)
Book
Anne Tihon;
Ptolemy;
(2011)
Πτολεμαιου προχειροι κανονες [Ptolemy’s Handy Tables]
(/isis/citation/CBB774308785/)
Article
Alexander Jones;
(2016)
Unruly Sun: Solar Tables and Calculations in the Papyrus P. Fouad 267 A
(/isis/citation/CBB992182571/)
Be the first to comment!