Journal article Open Access

RENUMBERING OF THE ANTIKYTHERA MECHANISM SAROS CELLS, RESULTING FROM THE SAROS SPIRAL MECHANICAL APOKATASTASIS

Voulgaris, Aristeidis; Mouratidis, Christophoros; Vossinakis, Andreas; Bokovos, George

After studying the design geometry of the Antikythera Mechanism Saros spiral, new critical geometrical/mechanical characteristics of the Back plate design were detected. The geometrical characteristics related to the symmetry of the Antikythera Mechanism design, are independent to the present irregular deformation of the Mechanism parts and were used as calibration points for the Saros spiral cells positional measurements. The Saros cells numbering was recalculated using the calibration points position. A correction of minus one to the currently accepted numbering of the Saros cells was applied. Following the new numbering, a new proper position for the (displaced) Saros pointer axis-g, in graphic design environment was calculated. The measurements were tested on a bronze reconstruction of the Back plate, by the authors. This research leads to a new important result that the Saros does not start in a random or arbitrary date but only when a solar eclipse occurs within a month. Additional results were also calculated regarding the symmetry of the eclipse events/sequence. The new Saros cell numbering strongly affects the calculations for the initial starting date of the Saros spiral and the eclipse events scheme of the Antikythera Mechanism.

Files (3.0 MB)
Name Size
6_Voulgaris_et_al_21(2).pdf
md5:171ff74d720a68c9317e7a3d7b6e2fdb
3.0 MB Download
32
19
views
downloads
All versions This version
Views 3232
Downloads 1919
Data volume 57.9 MB57.9 MB
Unique views 3232
Unique downloads 1616

Share

Cite as