The ancient Greek alphabetical numeric system:This chart illustrates both the ancient Greek acrophonic and alphabetical numeric systems. However, the acrophonic system, used primarily in Classical Athens ca. 500 – 400 BCE, came much later than the alphabetical system. So in effect we must resort to the only Greek numeric system we can use to represent numbers in Mycenaean Greek numbers, i.e. the alphabetical system. The alphabetical numbers are displayed in the second column after the modern numbers, 1 – 100,000 in the following chart. Here are some examples of alphabetic numbers representing Mycenaean numbers:
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More illustrations (Figures) for my article, “Pylos tablet Py TA 641-1952 (Ventris), the “Rosetta Stone” to Minoan Linear A tablet HT 31 (Haghia Triada) vessels and pottery” in Vol. 12 (2016) of Archaeology and Science: PART A
More illustrations (Figures) for my article, “Pylos tablet Py TA 641-1952 (Ventris), the “Rosetta Stone” to Minoan Linear A tablet HT 31 (Haghia Triada) vessels and pottery” in Vol. 12 (2016) of Archaeology and Science: PART A Here you see more of the Figures, many of them of actual Minoan Linear A tablets as I have deciphered them, which are to appear in my article, “Pylos tablet Py TA 641-1952 (Ventris), the “Rosetta Stone” to Minoan Linear A tablet HT 31 (Haghia Triada) vessels and pottery” in Vol. 12 (2016) of the prestigious international annual, Archaeology and Science.
It usually takes me between one and two hours to design each figure.
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UPDATED Table of 27 supersyllabograms in Minoan Linear A
UPDATED Table of 27 supersyllabograms in Minoan Linear A:After scanning all of the Minoan Linear A tablets I have deciphered, more or less accurately, I have been obliged to revise the former Table of 24 supersyllabograms in Minoan Linear A to this revised and updated Table of 27 supersyllabograms in Minoan Linear A. The 3 extra supersyllabograms all appear in the vessels and pottery sector of the Minoan economy. These are PO, SU and U. In addition, the supersyllabogram A is common to both the olive trees, olive oil & olives sub-sector of the agricultural sector and the vessels and pottery sector. 24 of the supersyllabograms in Minoan Linear A are associative, i.e. they accompany, either to the left or to the right, the ideogram with which they are associated. Associative supersyllabograms in Minoan Linear A, as in Mycenaean Linear B refer to some major element or object associated with the ideogram in one way or another, without however defining the ideogram itself in any additional way. On the other hand, the 4 supersyllabograms in the vessels and pottery sector are all attributive, in so far as they portray a particular attribute of the ideogram in which they are incharged. I have managed to decipher with a high degree of accuracy 1 of the 4 supersyllabograms in the vessels sector, SU, which signifies supa3ra (supaira), i.e. a two handled small cup, as we see here:
All in all, the 27 supersyllabograms in Minoan Linear A amount to 75 % of the 36 supersyllabograms in Mycenaean Linear B, without however being in any way related to the latter, either as individual syllabograms or in the semiotic values of these. For instance, the supersyllabogram A incharged in a vessel ideogram in Minoan Linear A does not mean “amphora” as it does mean in Mycenaean Linear B, and by the same token, the SSYL PO in Linear A does not signify “Potiniya”, unless by some sheer co-incidence, Potiniya happens to be a pre-Mycenaean non-Indo-European name of a goddess... which is possible though unlikely. I have managed to decipher, more less accurately, 9 or 33 % of the 27 supersyllabograms in Minoan Linear A. These are: DA = dadumata = grain/wheat measurer (probably) = Linear A sitowoko KA = kapa = foot soldier, attendant to the king = Linear B eqeta KI = kidata = to be accepted for delivery = Linear B dekesato OR kireta2 (kiritai) = delivery = Linear B apudosis kiretana = (having been) delivered (past participle passive) = Linear B amoiyeto AND kireza = unit of measurement for figs, probably 1 basket AND kiro = owed = Linear B oporo = they owed NOTE: the semiotic value of the SSYL KI is sector dependent, hence, polysemiotic. This is also true of many supersyllabograms in Mycenaean Linear B, although the polysemiotic values of the former are never the same as those of the latter, with one exception only, and that exception is the very next supersyllabogram. NI = nipa3 (nipai) or nira2 (nirai) = figs = Linear B suza. But Mycenaean Linear B shares NI with Minoan Linear A, in spite of the fact that the Mycenaean word for figs is suza. PA = pa3ni = silo or amphora for storing grain + pa3nina = grain or wheat stored in an silo or amphora, more likely the former than the latter, as amphorae are not the most practical recepticle for the storage of grain. Recall that the middle Kingdom Egyptians, who were co-temporaneous with the Minoans, stored their grain in dry silos. RA ra*164ti = approx. 5 litres (of wine) SA sara2 (sarai) = small unit of measurement: dry approx. 1 kg., liquid approx. 1 litre SU = supa3ra (supaira) = a small cup with handles TE = tereza = standard unit of dry or liquid measurement For the time being, the semiotic values of the remaining 18 or 66 % supersyllabograms in Minoan Linear A are beyond my ken. On a final note, you can see for yourselves that I have displayed the actual appearance of each supersyllabogram in Linear A immediately to the LEFT of the Latin value. In addition, the 9 Latinized supersyllabograms which I have managed to decipher, more or less accurately, are incharged with the alphabetical character D. All of the above text will be part and parcel of my upcoming major article, “Pylos tablet Py TA 641-1952 (Ventris), the Rosetta Stone to Minoan Linear A tablet HT 31 (Haghia Triada) vessels and pottery” and a Glossary of 110 words in Linear A”, Vol. 12 (2016) of the prestigious international hard-bound annual, Archaeology and Science (Belgrade) ISSN 1452-7448, to be released sometime late in 2017 or early in 2018. This is to be the most significant article I shall have ever published in my entire lifetime, as it represents the first serious attempt in the 116 years since the first discovery of a smattering of Minoan Linear A tablets by Sir Arthur Evans at Knossos in the spring and summer of 1900 to decipher at least a portion (21.5 % of Minoan Linear A vocabulary, but certainly not the Minoan language itself, in a unique approach never before assayed by any previous philologist or historical linguist who has endeavoured to do the precise opposite to what I have done, i.e. to decipher the entire Minoan language, a goal which is manifestly impossible and plainly unrealistic. All prior philologists have claimed to have deciphered the Minoan language, a claim I would never be so rash or idealistic as to forward. I went to a great deal of trouble to make this Table of 27 Supersyllabograms as professional looking as I could. So I hope that some of you will comment on its graphics and graphical layout, or at least vote for it, LIKE, with the number of stars you deem appropriate (hopefully 5).
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UPDATED Table of 24 Supersyllabograms in Minoan Linear A in full colour
UPDATED Table of 24 Supersyllabograms in Minoan Linear A in full colour:UPDATED Table of 24 Supersyllabograms in Minoan Linear A in full colour as it will appear in my upcoming article, “Pylos Tablet Py TA 641-1952 (Ventris), the ‘Rosetta Stone’ for Minoan Linear A tablet HT 31 (Haghia Triada) vessels and pottery” in the prestigious international annual Archaeology and Science, Vol. 12 (2016) ISSN 1452-7448. This is to be the third major article in a row which I will see published in Archaeology and Science. All 3 of the articles (2014, 2015 & 2016) run to at least 28 pages each in a large format hard cover annual, 12 inches high, which is the equivalent of at least 40 pages in a standard format journal. Hence, the total number of pages will run to at least 120 pages in all three issues, being the length of a standard PhD thesis. In addition, the total no. of bibliographic references in all three issues should run to at least 200 items.
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Table of the distribution of 24 Supersyllabograms in Minoan Linear A by economic sector & sub-sector
Table of the distribution of 24 Supersyllabograms in Minoan Linear A by economic sector & sub-sector: Following is the Table of the 24 Supersyllabograms in Minoan Linear A by economic sector & sub-sector. It is clear from this table that the majority of supersyllabograms (12) in Minoan Linear A fall in the olive trees, olives and olive oil sub-sector of the agricultural sector of the Minoan economy, primarily in Haghia Triada, but also in Khania (Chania). The next most common sector is grains (barley & wheat) with 7, the third are vases and pottery and also wine with 5, the fourth is figs with 2 and the fifth are military (men as attendants to the king) and textiles with 1 SSYL each.
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