The pythagorean geometry of the Atreus tomb at Mycenae
Volume 10 (2008): Astronomy and Cosmology in Folk Traditions and Cultural Heritage, pp. 211–214
Pub. online: 20 December 2008
Type: Article
Open Access
Received
2 November 2007
2 November 2007
Revised
28 February 2008
28 February 2008
Published
20 December 2008
20 December 2008
Abstract
A geometrical analysis was performed using CAD (Computer Aided Design) tools on the plans of the nine Tholos Tombs of Mycenae and of the “Treasury of Atreus” in particular. Dedicated parameters were established in order to classify the main common geometrical features of the tombs. The analyses were based on a comparison between the geometrical proportions found on the plans and those of the Squaring Triads. It appears that Mycenaean architects made use of both Perfect (Pythagorean) and Quasi-Perfect combinations of integers. The Treasury of Atreus stands out by exhibiting all the major geometric proportions identifiable with those belonging to a series of Pythagorean Triads reported by Diophantus and known to the Mesopotamians. The unit of length for the Atreus Tholos Tomb coincides with the Lagash Gudea cubit of 0.496 m.