Published in DuVersity Online Magazine “Views” May 2014
John G. Bennett received a very unusual teaching from G.I. Gurdjieff, his early teacher, and from an early student of these ideas, P.D. Ouspensky, who acted as mentor during Bennett’s early development of the ideas then seen in his Dramatic Universe and other books.
The classic form of Gurdjieff’s ideas (c.1916-8) were fortunately reconstructed from student notes from lectures and eventually piblished in Ouspensky’s 1950 book In Search of the Miraculous. What emerged was a vision of everything that existed and how this Whole structure we call the Universe was layered into systems of differing size and how each of these scales of structure had its own type of operation including an intelligence which enables it to do things within its own world and organise its environment.
The commonly held idea of the universe, defined by our scientists, corresponds with structures of distinctive scale, such as galaxies, stars, planets, the Earth’s biosphere and planetary moons. In contrast, human kind used to attribute intelligence and being to celestial objects yet today, there is almost no scientific tolerance for large scale structures having an innate intelligence or being.
Yet it is hard not to attribute an intelligence within large cosmic structures when confronted with the fortuitous structure of the universe in producing life, and life with a degree of intelligence such as ourselves. Also, one has to ask: Why do these structures exist if not to create the conditions within which, at least, human beings can live in such a beautiful and benign environment as our biosphere?
This paper* concerns itself with a unique fired-clay disk, found by Luigi Pernier in 1908 within the Minoan “palace” of Phaistos (aka Faistos), on the Greek island of Crete. Called the Phaistos Disk, its purpose or meaning has been interpreted many times, largely seen as either (a) a double-sided text in the repeated form of a spiral and outer circle written using an unknown pictographic language stamped in the clay or (b) as an astronomical device, record or handy reference. We provide a calendric interpretation based on the simplest lunar calendars known to apply in Minoan times, finding the Disk to be (a) an elegant solution to predicting repeated eclipses within the Saros period and (b) an observation that the Metonic is just one lunar year longer, and true to the context of the Minoan culture of that period.
Readers of my article "Megalithic application of numeric time differences" will be familiar with the finding that in 32 lunar months there are almost exactly 945 days, leading to the incredibly accurate approximation (one part in 45000!) for the lunar month of 945/32 = 29.53125 days.
In the previous article on Seascale I noticed that 36 lunar months (three solar years) divided by 32 lunar months is the Pythagorean tone of 9/8. This led me to important thoughts regarding the tuning matrix of the Moon within the periods of the three outer planets, since the synod of Jupiter divided by the lunar year of 12 lunar months is the same tone, the tone that on “holy mountains” of Ernest G. McClain’s ancient tuning theory. Such tones are only found between two tonal numbers separated by two perfect fifths of 3/2, since 3/2 x 3/2 = 2.25 which, normalised to the octave of 1 to 2, is 1.125 or 9/8.