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May 18, 2024, 7:21 am UTC    
April 25, 2009 12:49PM
[www.vejprty.com]


16 - 175 - 113 - 147 - 80 - 113 - 146 - 27 - 54 - 108 - 81 - 27 - 139


<img src="[www.vejprty.com];

You can read this set of numbers from the perimeter of the Athena Engraving from Stone Age France. It is one of octillions of possible permutations in the given range. Hence its accidental occurrence is inconceivable in presence of other significant occurrences.
At the first glance, the thirteen whole numbers - the distances between points of the Frame in millimeters - are no big deal. Yet, if our goal were to show off to keen observers one's advanced knowledge of Pi, Phi, and Equinoctial Precession, then these numbers are the ideal choices, presented in ideal order.
The Stone-Age designers made the search for secrets in the Frame into a bona-fide logical game of numbers. As such it also has set rules. Among the objectives - to quote Pi, and Phi, and rates of Equinoctial Precession as many times as possible, and as far as the following:

Pi = 3.141592653589793238.. Eighteen decimals
Phi = 1.6180339887.. Ten decimals
Equinoctial Precession - rates match today's state of art measurements.

This set ranging from 16 to 175 accomplishes all that. Clearly, its designers had to be highly sophisticated, and in possession of astronomical instruments at least equal to what we have now. This insight leads to the conclusion that the Stone-Age site of La Marche had been tampered with, or even entirely staged fourteen millenia ago, in order to provide medium for camouflaged science-art.
I believe that the Frame holds the universal patent on this type of communication regarding the two most fundamental mathematical ratios - Pi, and Phi. It also holds the global patent on Equinoctial Precession riddles. No other set of thirteen whole numbers can rival the Frame in usefulness, because the Frame seizes the best available opportunities.
The Game Rules, and Game pieces

We can scramble the Frame into about 4,000 unique combinations of segments, but we can break it up into only 156 unique pieces (a piece is a segment, or a sequence of neighbouring segments). Therefore, we look for rational meaning in these game pieces. In addition, there is something called 'the Strong Connection' between points B and G. This connection proves of great importance in a number of ways. Hence it connects a few more segments across the Frame in an equivalent of a direct connection. Sequences of directly connected segments become game pieces, or logical objects, or modules, when they make sense in the context with other game pieces, when subject to mutual addition, subtraction, multiplication, division, and even rounding. The main rule is that the game piece for the next move must be either a part of the first game piece, or immediately adjacent to it. Segments connected across the Frame by the points B and G are also considered immediately adjacent. ( as if B and G were connected through subspace )


The Frame plays at least ten major games

Game 1 - 360 degrees of order symbolizing Pi

Game 2 - Quoting Pi to eighteen decimals

Game 3 - 360 degrees of order quoting Phi to ten decimals

Game 4 - The Strong Connection (all combinations work, plus, a Pi approximation good to six decimals)

Game 5 - Frame arranged by segment size (Zodiac and Osiris numbers)

Game 6 - Frame ordered by unique segment values (Zodiac and Osiris numbers)

Game 7 - Equinoctial Precession value quotes on three levels of accuracy - (Zodiac and Osiris numbers)

Game 8 - Cyclical fractions and the 'Wheel of 113' (the cycle as a pie-chart of moduli)

The Frame also presents geometry games

Game 9 - The Hex-machine (a grand design of three generations of 6-pointed stars

Game 10 - A system of two 5-pointed stars

Within these major games we find plays, which could be seen as complete games by themselves. For instance, the Frame as eleven unique values can be divided into two neighboring groups, one all Osiris numbers, the other all non-Osiris numbers, whose underlying order is all Osiris values, however.
Predictably, some will raise objections of Numerology, but a careful inspection will invariably dispel all such notions. The resemblance is entirely superficial, as the Frame exists in an otherwise empty category. Nothing else bears comparison.
Those that do raise the objections of Numerology are invited to falsify the Frame. As easy as it is to falsify, the results of such falsifications are going to be brain-deficient in comparison. They are going to suffer from extremely limited functionality.



Jiri
Subject Author Posted

The ultimate cryptological set of thirteen numbers (36 decimal digits in all) for PI, PHI, and Equinoctial Precession

Jiri Mruzek April 25, 2009 12:49PM

Re: The ultimate cryptological set of thirteen numbers (36 decimal digits in all) for PI, PHI, and Equinoctial Precession

Jiri Mruzek April 25, 2009 12:52PM

Re: The ultimate cryptological set of thirteen numbers (36 decimal digits in all) for PI, PHI, and Equinoctial Precession

lobo-hotei April 25, 2009 05:41PM

Re: The ultimate cryptological set of thirteen numbers (36 decimal digits in all) for PI, PHI, and Equinoctial Precession

Jiri Mruzek April 25, 2009 06:25PM

Re: The ultimate cryptological set of thirteen numbers (36 decimal digits in all) for PI, PHI, and Equinoctial Precession

Jiri Mruzek April 25, 2009 06:27PM

Re: The ultimate cryptological set of thirteen numbers (36 decimal digits in all) for PI, PHI, and Equinoctial Precession

lobo-hotei April 26, 2009 06:31PM

Re: The ultimate cryptological set of thirteen numbers (36 decimal digits in all) for PI, PHI, and Equinoctial Precession

MJ Thomas 2 April 25, 2009 06:46PM



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