Just how did I manage to crack the previously impenetrable wall of Minoan Linear A and manage to at least partially decipher several tablets in Linear A?

Just how did I manage to crack the previously impenetrable wall of Minoan Linear A and manage to at least partially decipher several tablets in Linear A?

... by relying heavily on the unconscious quantum level of mental processing and processes, as illustrated theoretically here


I is quite apparent from my theoretical analysis of how I came to my conclusions that I was using my mind in much the same way as a quantum computer. But that should not be surprising to anyone at all who is deeply devoted to scientific research of any kind, because that is how the scientific mind fundamentally operates, and always has.
To illustrate my point precisely, reference these 2 figures from my upcoming article in Archaeology and Science:



in which I reference my most successful decipherment of any Minoan Linear A tablet, that of Haghia Triada HT 31, which I was able to decipher in its totality by means of retrogressive cross-correlation with Mycenaean Linear B tablet Pylos Py TA 641-1952 (Ventris). My successful decipherment of this keystone Minoan Linear A tablet has served as the effectual template for my partial decipherment of numerous other Minoan Linear A tablets. Unfortunately, I cannot release my findings to the world at this time, as my article, “The Mycenaean Linear B “Rosetta Stone” to Minoan Linear A Tablet HT 31 (Haghia Triada) Vessels and Pottery” is slated for publication in Archaeology and Science (ISSN 1452-7448), Vol. 16, 2018, and as such is sealed in secrecy to the reading public until such time as its release sometime early in 2018. So I guess you will all have to be as patient as I must be, even though I already have all the answers firmly in hand. In the meantime, the 2 figures from that article I have posited above should serve to whet your appetite.

Linear B tablet KN 929 F q 01 with 3 supersyllabograms! ???

Linear B tablet KN 929 F q 01 with 3 supersyllabograms! ???

Supersyllabograms en masse? Is this possible on a single tablet? You can bet on it!

supersyllabograms en masse

Linear B tablet KN 929 F q 01,

Linear B tablet KN 929 F q 01 supersyllabograms KI PE O

with 3 supersyllabograms on it, is a perfect example of this relatively frequent phenomenon on Linear B tablets, regardless of provenance (Knossos, Pylos etc.). On this tablet alone, there are no fewer than 3 supersyllabograms, KI= kitimena ktoina = “a settled plot of land”, PE = periqoro = “(in) a sheep pen” and O = onato = “a lease field”. This is where decipherment can get tricky. At first sight, it looks rather peculiar that the scribe has positioned the first two supersyllabograms, KI and PE before the ideogram for “rams”, but without mentioning the number of rams “in sheep pens on a settled plot of land”, with this statement followed by yet another supersyllabogram, O = onato = “a lease field”, but only this time with the number of rams being specified = 80+. I say 80+ because the right hand side of this tablet is truncated, and so the number of rams could run anywhere from 80 to 89. But I suspect that, in spite of truncation, the number of rams is probably just 80. The problem remains, how do we concatenate the last supersyllabogram O with the previous two?  The only way this can be logically effected is by making the first two SSYLS, KI & PE, dependent on third, O... which is the scribe’s intention. This means that all of the sheep tabulated here are “in sheep pens on a settled plot of land”...  “on a lease field” .

In other words, all 80 of these sheep are being kept in a single sheep pen on only one of the settled plots of land on this lease field. There is no mention of the rest of the sheep on this lease field. But you can bet there are others. The point is that the scribe is explicitly drawing our attention to these 80 sheep alone. The tablet is extremely precise. That is the way of the best inventories. The more precise, the better.