Orbium Planetarum Complectentium Scenographia Terram. La scénographie de l'orbites planétaires qui englobe la terre. Orbites des planètes décrivant les systèmes de Ptolémée et de Tycho Brahe. En astronomie, le modèle géocentrique (également connu sous le nom de tsgri, ou l'Ptol

• Contributeur: Science History Images / Alamy Banque D'Images
• ID de l’image: G15JD3
• Taille du fichier: 31,8 MB (2,6 MB Téléchargement compressé)
• Autorisations: Modèle - non | Propriété - non
• Dimensions: 3600 x 3088 px | 30,5 x 26,1 cm | 12 x 10,3 inches | 300dpi
• Photographe: Photo Researchers

Informations supplémentaires

Cette image peut avoir des imperfections car il s’agit d’une image historique ou de reportage.

Orbium Planetarum Terram Complectentium Scenographia. Scenography of the planetary orbits encompassing the Earth. Planetary orbits depicting the systems of Ptolemy and Tycho Brahe. In astronomy, the geocentric model (also known as geocentrism, or the Ptolemaic system), is the superseded theory that the Earth is the center of the universe, and that all other objects orbit around it. Ptolemy was an Egyptian polymath, who made studies in astrology, astronomy, geography and mathematics. Brahe believed in a "geo-heliocentric" system, (Tychonic system) which he developed in the late 1570s. In such a system, the sun, moon, and stars circle a central Earth, while the five planets orbit the Sun. The essential difference between the heavens (including the planets) and the Earth remained: Motion stayed in the ethereal heavens; immobility stayed with the heavy sluggish Earth. It was a system that Tycho said violated neither the laws of physics nor sacred scripture with stars located just beyond Saturn and of reasonable size. Illustration by Andreas Cellarius (1596-1665) a Dutch-German cartographer, best known for his Harmonia Macrocosmica of 1660, a major star atlas.

Recherche dans la banque de photos par tags

• 1660
• astronomic
• corps céleste
• cosmological
• cosmologie
• de l'astronomie
• harmonia macrocosmica
• objet céleste
• planetary orbits
• science