People have been talking to each other for many thousands of years, and writing began to develop much later than oral speech when simple conversations were no longer enough for society. In order to develop writing, people had to have certain signs that turned oral speech into written speech. Thus, the history of language as such, begins with the appearance of the first written monuments. And the oldest of them are the monuments of Greek writing, which scientists attribute to the 6th millennium BC. These signs, similar to pictograms, have not yet been read by scientists, but among them, we can clearly distinguish a few letters from today’s Greek alphabet.
The Greek alphabet (Ελληνικό αλφάβητο) is the first alphabet in the history of Europe that has not changed until today. Even the very Greek word “αλφάβητο” (alphabet), literally denoting the accepted order of letters in the writing of a particular language, has been borrowed by many modern languages. And the letters of the Greek alphabet have been the prototype for many languages of Europe and the Middle East. They are also used as international symbols in mathematics and other sciences, as well as for naming elementary particles, stars, and other objects.
What is the Greek alphabet?
The ancient Greek alphabet, a revered subject among scholars, was created at the end of the 9th century BC based on the Phoenician alphabet. It evolved into the Ionic alphabet, which further influenced the development of the classical Greek script. The modern 24-letter Greek alphabet, known for the distinctive calculus pronunciation of its characters, was finalized in 403 BC by Euclid and was intended to create a unified alphabet for the entire Greek-speaking world.
| Upper Case Letter | Lower Case Letter | Greek Letter Name | English Equivalent |
|---|---|---|---|
| Α | α | Alpha | a |
| Β | β | Beta | b |
| Γ | γ | Gamma | g |
| Δ | δ | Delta | d |
| Ε | ε | Epsilon | e |
| Ζ | ζ | Zeta | z |
| Η | η | Eta | h |
| Θ | θ | Theta | th |
| Ι | ι | Iota | i |
| Κ | κ | Kappa | k |
| Λ | λ | Lambda | l |
| Μ | μ | Mu | m |
| Ν | ν | Nu | n |
| Ξ | ξ | Xi | x |
| Ο | ο | Omicron | o |
| Π | π | Pi | p |
| Ρ | ρ | Rho | r |
| Σ | σ,ς * | Sigma | s |
| Τ | τ | Tau | t |
| Υ | υ | Upsilon | u |
| Φ | φ | Phi | ph |
| Χ | χ | Chi | ch |
| Ψ | ψ | Psi | ps |
| Ω | ω | Omega | o |
So how and when did the Greek Alphabet come into being? The Greek alphabet evolved from the Phoenician script around the 8th century BC. It was the first in the world to contain both vowel and consonant letters and use different signs to represent them. The old Greek alphabet consisted of 27 letters. There were signs that either disappeared or were modified over time. For example, “Stigma” (ς) is now rendered στ, “Koppa” (¢) and “Sampi” (¥). As for the New Greek language, it took its final shape at the end of the XVIII — the beginning of the XIX century.
By the way, writing based on the Greek alphabet was divided into two types: Eastern Greek and Western Greek. In turn, these varieties were divided into even smaller ones depending on the locality. Layer, the East-Greek writing became the basis of the Coptic, Armenian, and Slavic writing, as well as Cyrillic. And Greek-Western, respectively, became the basis for Latin and Germanic script.
Writing has the most honorable place in science because it is the basis for the transmission of knowledge from generation to generation. And if we speak today about the history, development of science, and culture in Europe, we rely mainly on Greek written sources. Each of the symbols of the Greek Alphabet is described in more detail below.
How many letters are there in the Greek alphabet?
The Greek alphabet consists of 24 letters, only seven of which are vowels. The classical version of the alphabet included three more letters, which were used only to represent numbers. This historical evolution of the alphabet is a testament to the dynamic nature of language and script across cultures and ages.
Α α – derivative of the Phoenician “Aleph” (άλφα, alpha) is pronounced like the Russian “a”. For example, used in the Alpha Romeo logo.
Used to indicate alpha rhythm in medicine and flat angles in mathematics. The brightest star from the constellation Centaurus bears the name of the first letter of the Greek alphabet with dignity.
Β ϐ – the prototype of the Phoenician “bet” (beta, vita). In the Cyrillic alphabet, B and C originated from this letter. Pronunciation in the ancient Greek alphabet is somewhat different from the modern one. Previously, it was an explosive sound “b”, but now it is a sonorous one with a dental-labial sound “c”, in many dialects it is pronounced like “vi”. This particle refers to the well-known beta radiation and beta particles.
Γ γ – originated from the Phoenician “gaml, gimel” (γάμα, gamma). In the ancient Greek alphabet, it denoted a sound similar to the Russian “g”. The letter G in Cyrillic also originated from him. In the new alphabet, it denotes a voiced spirant and is pronounced softly and aspirated. Gamma radiation in physics and some variables in mathematics are denoted by this letter.
Δ δ – the Phoenician “delt, dalet” gave this letter its name (δέλτα, delta). From her came the letter D in Cyrillic. In Old Greek, it meant an explosive voiced “d”, in the modern interpretation it is more similar to the English “th”. This letter denotes variables in physics, in chemistry, as well as the brightness of a star in astronomy. For example, used in the Delta Air Lines logo.
Ε ε – derivative of the Phoenician letter “he” (έψιλον, epsilon) is pronounced like the sound “e”. From it came the Cyrillic letters “e”, “e”, “e”. The letter Epsilon (Ε ε) is often confused with Upsilon (ϒ υ), but it has nothing to do with it. Such a sign can be found in physics, chemistry, astronomy, mathematical analysis and programming.
Ζ ζ – comes from the Phoenician letter “zen, zain” (zeta). Previously, this letter denoted a sound similar to “dz”, in the modern Greek alphabet it is responsible for the voiced “z”. Zeta stands for symbols in mathematics, as well as some meanings in hydraulics and surveying.
Η η – derivative of the Phoenician letter “het” (ήτα, eta). In the modern Greek alphabet, it means a closed front vowel sound and is called “ita”. But initially this sign meant a short guttural aspiration “x”. Used to denote quantities in quantum physics, cosmetology, thermodynamics.
Θ ϑ – derived from the Phoenician letter “tet” (theta, phita). It denoted the initially muffled noise “th”, then turned into a dull interdental “t”. This letter is used to refer to the values of variables in resistance to materials, electromechanics and medicine (theta rhythm).
Ι ι – the letter originated from the Phoenician “iodine” (γιώτα, iota). Its prototypes are I and J in Latin, Y and Y in Cyrillic. It also corresponded to the letter “Yod” from the Aramaic alphabet. By the way, she was the smallest of all, from which the biblical saying “cannot be changed one iota” came from.
Κ κ – the letter originated from the Phoenician “kaf” (κάππα, κάπα, kappa), it gave rise to the Latin K and Cyrillic K. Despite the fact that these letters are very similar, all three are written differently. The letter is used to represent symbols in physics, chemistry, and differential geometry.
Λ λ – origin from the Phoenician “lamda, lamed” (λάμδα, λάμβδα, lambda). In the Cyrillic alphabet, the letter L originated from it and the pronunciation is similar to the sound “l”. Used to denote symbols in linguistics, linear algebra, and in virology to denote bacteriophages.
Μ μ – originated from the Phoenician letter “meme” and gave the name to the Latin M and Cyrillic M (μῦ, mu). Used to denote quantities in mathematics, physics, thermodynamics.
Ν ν – the prototype of this letter in the Phoenician alphabet “nun” (nu, ni), from it the letter H is formed in the Cyrillic alphabet and the pronunciation is similar to the Russian sound “n”. It denotes the amount of matter in physics and chemistry, as well as neutrinos and the frequency of waves.
Ξ ξ – the letter originated from the Phoenician “semk or Samekh” (ξι, xi), its prototype is the letters “xi” in the Cyrillic alphabet. The letter corresponds to the sound “ks”, at present it can be found only in Church Slavonic writings.
Ο ο – the prototype of the Phoenician letter “ain” (όμικρον, omicron). In the Cyrillic alphabet, it corresponds to the letters O and Yu (in some way). The letter is pronounced, as in Russian, the short sound “o”, and means “small o”. This sign denotes the brightness of stars in astronomy.
Π π – origin from the Phoenician letter “pe” (πι, pi), from which the Latin P and Cyrillic P. are derived. It conveys the sound “p”. It denotes a mathematical constant, potential energy and transition probability matrix. For example, used in the Piaggio logo.
Ρ ρ – origin from the Phoenician letter “rosh / resh” (ρω, rho). Transmits an alveolar trembling consonant sound. It is found as a designation in mathematics, physics and chemistry.
Σ σ/ς – originated from the Phoenician letter “sin, shin” (σίγμα, sigma).
The letter corresponds to the sound “c” and is the prototype of the Latin S and Cyrillic C. It is used to denote variables in algebra, chemistry, electronics, quantum mechanics, and also in medicine (it gave the name to the sigmoid colon).
Τ τ – origin from the Phoenician “tav” (ταυ, tau), corresponds to the Russian pronunciation of the sound “t”. It is the prototype for similar letters in the Latin and Cyrillic alphabets. This letter is often found in astronomy, it denotes the stars in the constellations. It can also be found in chemistry, mathematics, mechanics.
ϒ υ – originated from the Phoenician letter “vav” (ύψιλον, upsilon). From this letter came the famous “Izhitsa” in the Cyrillic alphabet, as well as in some way Yu and U. Russian speech has no analogues to this sound, it is usually pronounced like “u” or “and”, and between two vowels, like the sound “v”.
Φ φ – does not have Phoenician roots, the origin of this letter is unknown. In the classical Greek alphabet, it is denoted as (φι, phi). Pronounced as “ph”, “f”. The letter φ denotes the golden ratio in architecture, art, mathematics. It is also used to denote variables in physics, chemistry, electrical engineering.
Χ χ – the letter is found in the new Greek, in the ancient Greek alphabet there was no such letter (χῖ, χι, chi). Pronounced as “ch” or “kh”, the Cyrillic letter X originated from it. This sign denotes symbols in chemistry, physics, and topology.
Ψ ψ – one of the letters of the modern Greek alphabet, in the ancient it does not occur (ψι, psi), pronounced as “ps”. Currently, it is found only in Church Slavonic texts; it also denotes the super-golden section. This letter gave rise to such words as “psychology”, “psychiatry”.
Ω ω – comes from the Phoenician “ein” (ὦμέγα, omega). In Cyrillic, the prototypes of this letter are “from” and “omega”. Unlike omicron (short “o”), omega denotes a long sound “o”. This is the last letter of the Greek alphabet, it is associated with the end (ending) of something. Alpha and Omega in the Bible mean the beginning and the end. The sign is used in ballistics to denote the mass of a charge, as well as in physics and geometry to denote symbols.
• Ϝ, ϝ (digamma)
Digamma was the sixth letter of the archaic Greek alphabet. It is derived from the Phoenician letter “Vav”. The letter received its name due to its graphic appearance, which resembles two capital Gammas. Digamma was used to denote the number 6 but was superseded by the stigma ligature.
• Ϻ, ϻ (san)
San is one of the defunct letters of the archaic Greek alphabet. The shape of San was similar to the modern M or Mu, or to the Sigma turned sideways. Just like the Sigma, San was used to denote the sound “S”. Also, this letter was the predecessor for Sampi.
• Ϙ, ϙ (coppa)
Coppa was one of the letters of the archaic Greek alphabet and had a numerical value of 90. The letter was derived from one of the Phoenician letters, which sounded like “Qoph”. The letter originally denoted the “K” sound before the vowels “I” and “O”.
• Ϛ, ϛ (stigma)
Stigma was one of the letters of the Greek alphabet, used until the 19th century as a ligature of the Greek letters Sigma and tau. Today Stigma is used to denote the number 6 or sixth order.
• Ϡ, ϡ (sampi)
Sampi is another defunct letter of the Greek alphabet, which is most likely derived from another archaic letter, San. In the Greek alphabetical number system, Sampi has the numerical value of 900.
• Ⱶ, ⱶ (heta)
Heta is the defunct letter of the archaic Greek alphabet, which was later replaced by the letter Eta. The letter, derived from the Phoenician Heth, was used to denote the sound “H”.
What is the last letter of the Greek alphabet?
The last letter of the Greek alphabet is Omega (Ω). It is also the youngest letter, derived from an earlier version, Omicron (O).omega is the letter, which literally means “The End” or “The Conclusion”.