geometry and sound values of letters

main page of phonetic values

Russian and English letters

Page 2.

Greek and Phoenician alphabets
semantic values in names of letters
seven-year periods and English letters
octal scale of notation and seven numbers
Russian alphabet and hierarchy of gods
numerical and sign systems of eighteen numbers
philosophical values of letters

  

duodecimal numerology and numbers of Cyrillic

  

The second page results sound values of Phoenician letters, and also sound values of letters in derivatives ancient Jewish and Aramaic alphabets, and in the modern Hebrew. Besides shows parities of Phoenician letters with some letters of the Slavic alphabet of Cyril and Methodius.

Circular matrix of Phoenician and derivative alphabets.
Geometry and sound (phonetic) values of letters.
Duodecimal numerology and numbers of Cyrillic.

The Phoenician alphabet is a basis of ancient Jewish and Aramaic alphabets which are a source of the modern Hebrew alphabet. Symbols of letters in these alphabets partially differ but names of letters are actually identical, and also sound values of letters are similar and consequently it is possible to consider letters according to the generalized sound values that is shown on schemes:

circular matrix of letters in aramaic and hebrew alphabets geometrical figures of letters and sounds in a Hebrew and Jewish alphabets

It is necessary to tell that sound values of Phoenician letters are not known, and consequently comparison with Aramaic letters or Hebrew letters does not speak about the valid sound values.
The dark font specifies names of letters (names of letters in the modern Hebrew) and the red font specifies sound values as it view on the shown schemes.
Hebrew letters alef and ayin are vowels and consequently have no sound values, namely these letters are passed at record of words, but exist among other letters.
Hebrew letters yord and he are consonants but can transfer vowel sounds.
Hebrew letters tet and tav have identical sound value, and also letters bet and vav are conformable.
Hebrew letters het, qoth, kaf, he are conformable and form a geometrical figure which is symmetric concerning the eighth numerical axis in structure of the circular matrix .
Hebrew letters zayin, tsadi, shin, samekh are conformable too and form a geometrical figure which is symmetric concerning the seventh numerical axis that is shown on the right scheme.
If to change places of letters yord and tet then there is one more symmetric figure in which vowel letters alef, ayin, yord, he are incorporated.
The shown figures testify to geometrical laws according to which the sequence of letters is constructed. These geometrical laws are very interesting as allow to see an esoteric essence which is included in alphabets.
Except for ancient Jewish and Aramaic alphabets from the Phoenician alphabet there is the Greek alphabet which is a basis of the Slavic alphabet of Cyril. Therefore Slavic letters too correspond with letters of the Phoenician alphabet that is shown on the following scheme:

comparison of the slavic alphabet of Cyril with Phoenician letters Names of Phoenician letters and names (titles) of Slavic letters are shown by the dark font, and letters of the modern Russian alphabet are shown by the red font.
Slavic letters are compared with Phoenician letters according to numerical values, namely the sequence of letters in the shown circular matrix differs from sequence in the alphabet. For example, letter has the serial number 42 in the alphabet, but means number 9 and consequently is between letters and which mean numbers 8 and 10.
Numerical values of Slavic letters are shown by blue ciphers and correspond to numbers of decimal numerology, and dark ciphers correspond with axes of the circular matrix and correspond to numbers of duodecimal numerology.
The information on sequence of letters in the Slavic alphabet look in section about metalinguistics.

The letter alef corresponds with the Slavic letter and the modern letter .
The letter has no numerical value in the Slavic alphabet and consequently does not correspond with Phoenician letters in the shown circular matrix.
The letter bet corresponds with the Slavic letter also the modern letter .
The letter gimel corresponds with the Slavic letter and the modern letter .
The letter dalet corresponds with the Slavic letter and the modern letter .
The letter he corresponds with the Slavic letter also the modern letter .
The letter has no numerical value in the Slavic alphabet and consequently does not correspond with Phoenician letters.
The letter vav corresponds with the Slavic letter . This letter has no similarity in the modern Russian alphabet.
The letter zayin corresponds with the Slavic letter and the modern letter .
The letter het corresponds with the Slavic letter and the modern letter .
The letter thet corresponds with the Slavic letter and has no similarity in the modern Russian alphabet.
The letter yord corresponds with the Slavic letter and the modern letter .
The letter kaf corresponds with the Slavic letter and the modern letter .
The letter lamed corresponds with the Slavic letter and the modern letter .
The letter mem corresponds with the Slavic letter also the modern letter .
The letter nun corresponds with the Slavic letter and the modern letter .
The letter samekh corresponds with the Slavic letter and has no similarity in the modern Russian alphabet.
The letter ayin corresponds with the Slavic letter and the modern letter .
The letter pe corresponds with the Slavic letter and the modern letter .
Parities of other letters of the Cyril's Slavic alphabet with letters of the Phoenician alphabet are not evident, but if to consider that the Slavic alphabet occurs from the Greek alphabet then it is possible to see parities of Slavic and Phoenician letters according to parities of Greek and Phoenician letters that is shown on the following scheme:

scheme of parities of letters in Phoenician and Greek alphabets Names of Phoenician and Greek letters, and also symbols of the Greek letters are shown by dark font.
Four Slavic letters which are compared to Phoenician letters according to parities of Phoenician and Greek letters are separately shown.
Numerical values of Slavic letters in a context of decimal numerology are shown by blue ciphers.
In the shown schemes it is possible to see that sequences of letters in derivative alphabets correspond with sequence of letters in the initial Phoenician alphabet inexactly, but nevertheless it is possible to see the general laws. Namely it is possible to assume that there should be a uniform circular matrix according to which letters and sounds of human speech correspond with numbers of duodecimal numerology.

Parities of the Greek and Phoenician letters are the following: alef-alpha, bet-beta, gimel-gamma, dalet-delta, he-epsilon, vav-digamma, zayin-zeta, het-eta, thet-theta, yord-iota, kaf-kappa, lamed-lambda, mem-mu, nun-nu, samekh-xi, ayin-omicron, pe-pi, qoph-qoppa, resh-rho, shin-sigma, tav-tau.
The Phoenician letter tsadi (san) has no similarity with letters of the Greek and Slavic alphabets as numerical values of the Greek and Slavic letters do not allow to make such comparison, but it is possible to consider similarity with the letter in the Slavic alphabet and the letter sampi in the Greek alphabet, which have numerical value 900. And accordingly it is possible to consider similarity with letter in the modern Russian alphabet, which is identical to letter .
The Slavic letter corresponds with the Greek letter qoppa and the Phoenician letter qoph.
Hence, there can be a similarity with the letter in the modern Russian alphabet, which is identical to the letter , and in total there can be a similarity of the Phoenician letter qoph with letters and in the modern Russian alphabet.
The Slavic letter corresponds with the Greek letter rho and the Phoenician letter resh.
Hence, there is a similarity with the letter in the modern Russian alphabet because this letter is identical to letter .
The Slavic letter corresponds with the Greek letter sigma and the Phoenician letter shin.
Hence, there can be a similarity with the letter in the modern Russian alphabet because this letter is identical to the letter , and also there can be a similarity with the letter which is conformable to the letter .
The Slavic letter corresponds with the Greek letter tau and the Phoenician letter tav.
Hence, there can be a similarity with the letter in the modern Russian alphabet, which is identical to the letter , and also there can be a similarity with the modern Russian letter which has the symbol similar to the symbol of the Phoenician letter tav.
Some other letters of the Phoenician alphabet too suppose similarity with several letters of the modern Russian alphabet, and also suppose similarity with different letters of other derivative alphabets.

The following page compares letters of the Latin alphabet with letters of the Greek and Phoenician alphabets, and also shows the circular matrix which allows to calculate numbers of Latin letters in a context of duodecimal numerology.

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