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12 (3) 32/29Ratio between the astronomical megalithic yard (AMY) as 945/29 and the lunar month of 29.53125 as 945/32 day-inches. (7) 32/35 (6) 37 (3) 64/63 (3) 82 (4) 365 (3) 584 (3) 720 (3) 945 (5) 945/32 (6) 3168 (4) AAK (3) Alexander ThomScottish engineer 1894-1985. Discovered, through surveying, that Britain's megalithic circles expressed astronomy using exact measures, geometrical forms and, where possible, whole numbers. (12) alignmentsIn general, to the sun and moon on the horizon, rising in the east or setting in the west.
Also, a name special to Carnac's groups of parallel rows of stones, called Le Menec, Kermario, Kerlescan, and Erdevan. (4) Ancient Metrology (15) Avebury (3) Bible (4) biosphere (6) book review (6) calendars (4) Carnac (10) Chartres (3) circumpolar (7) counting (37) Crete (5) Crucuno (7) double squareA unit rectangle of 1 by 2, with important use for alignment (Carnac), cosmology (Egypt) and tuning theory (Honnecourt Man). (3) eclipse cycles (16) eclipses (8) eclipse yearthe time taken (346.62 days) for the sun to again sit on the same lunar node, which is when an eclipse can happen. (4) egg-shaped (3) Egypt (3) equal perimeters (16) Ernest McClainAmerican Cryptologist and Pythagorean Musicologist who decoded Plato's cryptic numerical ciphers in The Pythagorean Plato. The Myth of Invariance showed limiting numbers had been an ancient way of defining the onset of key musical tuning realities, then coded into many religious texts. Wikipedia. (12) ET (2) Euan MacKie (4) evolution (4) Fibonacci (10) Gavrinis (9) geometry (8) Giza (3) Golden MeanThe Golden Mean is that unique ratio {1.618034}, relative to ONE {1}, in which its square and reciprocal share the same fractional part {.618034}. It is associated with the synodic period of the planet Venus, which is 8/5 {1.6} of the practical year {365 days}, by approximation. It is a key proportion found in Greco-Roman and later "classical" architecture, and commonly encountered in the forms living bodies take. (11) Great Pyramid (7) Gurdjieff (12) Harmony of the Spheres (5) Iceland (3) Introduction (3) J G Bennett (9) John MichellWriter, sacred geometer, metrologist and mystic: his books were highly influential in defining the form of the British earth mysteries movement. (16) John Neal (11) Jupiter (19) landforms (3) Le Manio Quadrilateral (23) Le Menec (9) lessons (12) lunar maximum (5) lunar minimum (3) lunar month (24) lunar orbit (7) lunar year (5) M. Guillaume (3) Mars (3) Maya (4) Mean Earth (5) megalithic astronomy (4) megalithic yardAny unit of length 2.7-2.73 feet long, after Alexander Thom discovered 2.72 ft and 2.722 ft as units within the geometry within the megalithic monuments of Britain and Brittany. (11) MetonicGreek: The continuous 19 year recurrence of the moon's phase and location amongst the stars. (7) metrology (6) Moon (10) multiple squares (8) musical harmony (25) nodal cycle (12) Olmec (3) outer planets (6) Parthenon (3) Phaistos Disk (4) Pior π: The constant ratio of a circle's circumference to its diameter, approximately equal to 3.14159, in ancient times approximated by rational approximations such as 22/7. (11) prime numbers (5) proximation (9) Pythagoras (5) Quadrivium (4) rectangle (4) religion (5) Robin HeathEngineer, teacher and author, who discovered the Lunation Triangle (c. 1990), that enabled the lunar year to be rationally related to the solar year. During the 1990s we collaborated to further understand the astronomical and numerical discoveries of the megalithic astronomers. (8) rock art (3) sacred geometry (20) sacred numbers (6) SarosThe dominant eclipse period of 223 lunar months after which a near identical lunar or solar eclipse will occur. (4) Saturn (11) Saturn synodThe 378 days between two retrograde loops of Saturn, equal to 54 seven-day weeks (3) simulators (3) size of the Earth (8) solar yearFrom Earth: the time in which the sun moves once around the Zodiac, now known to be caused by the orbital period of the Earth around the Sun. (8) solsticeThe extreme points of sunrise and sunset in the year. In midwinter the sun is to the south of the celestial equator (the reverse in the southern hemisphere) and in midsummer the sun is north of that equator, which is above the geographical Equator). (4) Stonehenge (8) St Peter's (5) triangles (4) tuning (4) Venus (11)

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