(a) 1. Teotihuacan’s “Moon” Pyramid, or K’u-Uuc-Ek (Observatory for Circumpolar stars)?
(Photo: Cheryl Harleston)
2.“Citadel,” or Great Quadrangle of Saturn? (Dwg.: H.Harleston, Jr.) |
b) “Plumed Shells,” or Mayan bars-and-dots for the planet Venus?
Carved on the wall of the room underneath the Falcon Patio (photo
7-c, below) Mayan bars and dots mark Venus’ orbits over a period
of 77,760 vague years (of 365 days.) The Teotihuacan cross over-
head measures 53 centimeters across. The duplicate cross (off the
photo to right) adds another 53 cms. Total is 106 cms., one Stan-
dard Teotihuacan Unit (STU.) (Foto: Armando Salas Portugal) |
(c) Falcon Patio, or “Quetzal Butterflies”? (Foto: Carlos Blanco)
d) Circle and Cross “Markers”
1. Precalculated by Harleston, and confirmed by Uac-Kan Research
Group at Tepeapulco, 35.3 kilometerss from Teotihuacan, using
IBM computer progam. (Foto: Manuel Gaitan M.) |
2. Floor excavated at Teotihuacan in 1997 by Linda Manzanilla.
(Foto: H.Harleston, Jr.) |
(e) Dresden Codex ( pp.71-73) show Teotihuacan’s principal design di-
---------mensions that give corrections for series of Jupiter/Saturn
---------conjunctions. (Notes by H.Harleston, Jr., 1989.) |
(f) Theoretical Telescope Room under Falcon Patio, used two concave
--------mirrors to focus the Andromeda M-31 galaxy. Mirrors were repor-
--------ted in 1976 at Congress in Paris by J.Carlson. (Dwg: H.Harleston Jr)
|
(g) Mayan Halach. (a) Numerical codes for four Saturns = 1,512.
(Dwg: H.Harleston, Jr.) |
(b)
Multiplied by one hundred gives the day-count for 400 Saturns.
(Dwg: H.Harleston, Jr.) |
| (h)
A Mayan Time-Map of the Solar System.
(Dwg: H.Harleston, Jr.) |
|
