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Alphabet: From Linear B to the Greek 27-Letter Alphanumeric System and the Phoenician Abjad

Received: 22 March 2025     Accepted: 31 March 2025     Published: 26 June 2025
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Abstract

The origin of the Greek alphabet has been a longstanding topic of academic inquiry and debate. Advocates of the Phoenician hypothesis posit that, due to the absence of Greek inscriptions between the 12th and 8th centuries BCE, the Greeks likely adopted the Phoenician abjad—a writing system comprising only 22 consonantal characters—and later modified it to suit their linguistic needs. However, the scarcity of surviving Greek inscriptions from this era does not definitively prove the absence of a pre-existing Greek writing system. In contrast, Linear B, a script used by the Greeks between 1500 and 1200 BCE, provides evidence of an earlier Greek writing innovation. Greek scholars argue that ancient sources, credit Palamedes with the invention of sixteen of the twenty-four Greek letters during truces (autumn and winter) of the Trojan War 1227-1218 BCE. The author argues that Palamedes, along with skilled scribes proficient in Linear B and sage soldiers and people, analyzed its syllabic structure to create an alphanumerical system of twenty-seven consonants and vowels from Linear B. The Phoenician abjad, dating from 1050 to 950 BCE, comprises 22 consonantal letters, with vowels inferred—rather than explicitly written—from context, a characteristic that frequently leads to ambiguity. This article offers a concise overview of Linear B and explores the potential role of Palamedes and a committee of skilled individuals in the expansion of the Greek vowel system from five to seven vowels, the creation of seven diphthongs by a rule and the consonant system from 12+F consonants to 18+F, incorporating six double-pronounced consonants derived from five consonants, along with the inclusion of the letter sampi. Through these modifications, they ultimately established a system of 27 phonemes/letters, creating an integrated Greek alphanumerical counting system (e.g., Α = 1, Β = 2, …, F = 6, …, Ι = 10, …, Q = 90, Ρ = 100, Σ = 200, …, Ω = 800, and sampi = 900). Subsequently, the letters F, Q, and sampi were removed (as they were unused in the finally adopted alphabet), resulting in the emergence of the 24-letter Greek alphabet during the Troyan War (1227-1218 BCE). However, proponents of the Phoenician hypothesis have investigated the origins of the Greek alphabet without adequately considering the accounts provided by Liner B and ancient Greek scholars regarding its origin and development. This raises a critical question: Does such an approach facilitate genuine scientific discourse?

Published in History Research (Volume 13, Issue 1)
DOI 10.11648/j.history.20251301.16
Page(s) 35-48
Creative Commons

This is an Open Access article, distributed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution and reproduction in any medium or format, provided the original work is properly cited.

Copyright

Copyright © The Author(s), 2025. Published by Science Publishing Group

Keywords

Linear B, Palamedes, Greek Alphabet, Phoenician Abjad, Greek Numerical Systems, Phoenician Numerical Systems

References
[1] Ventris, M., & Chadwick, J., 1953. Documents in Mycenaean Greek. Cambridge: Cambridge University Press.
[2] Powell, B. B., 1996, Homer and the Origin of the Greek Alphabet, Cambridge, 10.
[3] Herodotus, 5th century BCE, Histories (5.57).
[4] Euripides, 5th century BCE, Tragity: Palamedes.
[5] Gorgias, 5th century BCE, Υπέρ Παλαμήδους Απολογία.
[6] Plinius the Elder, 3rd century CE, Historia Naturalis, VII, 57.
[7] Suda Lexicon, in Greek (circa 1000 CE), Παλαμήδης.
[8] Stageiritis, Α., 1815, Ogygia, D 459. His resources were from the Vatican Library.
[9] Blegen C. W, 1995, Troy: The Myth, the Reality, University of Michigan Press.
[10] Hellanikos of Lesbos, 5th century BCE. ‘The Troyan War started in 1229 BCE’.
[11] Papamarinopoulos, St. P., Preka-Papadema, P., Mitropetros, P., Antonopoulos, P., Mitropetrou, H. and Saranditis, G., 2014, A new astronomical dating of the Trojan War’s end, Mediterranean Archaeology and Archaeometry, vol. 14(1): 93-102.
[12] Papamarinopoulos, St. P., Preka-Papadema, et als, 2012, A new astronomical dating of Odysseus return to Ithaca, Mediterranean Archaeology and Archaeometry, vol. 12(1): 117-12.
[13] Iliad. Patroclus’ death, Π 786-92.
[14] Odyssey. Theoklumenos, υ350-7.
[15] Dictys Cretensis, 13th century BCE, Newspaper of the Troyan War, I 16.
[16] Cypria Epoi, 7th century BCE.
[17] Virgil, 1st century BCE, Aeneid II, 81.
[18] Apollodorus of Athens, 2nd century BCE, Epitome III, 8.
[19] Philostratus Flavius, 2nd – 3rd centuries BCE, Heroica 10.
[20] Sir Arthur Evans, 1930, The Palace of Minos, Vol. III, pp. 405–410, figure 261.
[21] Apollodorus the Athenian, 2nd century BCE, Bibliotheca III. 2.1–2.
[22] Diodorus Siculus, 1st century BCE, Bibliotheca Historica V. 78.
[23] Pliakos A. A., 2015, Minoan Calendars carved on kernoi, EIRENE, 221–234).
[24] Pliakos A. A., 2019, FirstDrafts@Classics@Harvard University, October 23rd.
[25] Pliakos A, A., 2021, Are there 12 or 10 Minoan Solar Months? Mediterranean Archaeology & Archaeometry, 227–236.
[26] Pliakos A. A., 2016, The Cycles of Saros and Exeligmόs and the Centuries-Long Minoan Peace, International Conference in Olympia, Greece; in the Conference proceedings, 625–633.
[27] Henriksson, G., Blomberg, M., 1996, Evidence for Minoan Astronomical Observation, Opuscula Atheniensia XXI: 6.
[28] Pliakos, A. A., 2024, Minoan civilization: ‘Counting the Time’, in Greek, 1-18.
[29] Hooker, J. T., 1980, in Greek, Linear B: An Introduction, Bristol Classical Press, 103-162.
[30] Yahuda, J., 1982, Hebrew is Greek, Becket Publications, Oxford.
[31] Liddell H. G. & Scott R., 2001, Μεγάλο Λεξικό της Ελληνικής Γλώσσας
[32] Foster, K. P., 2018, Mari and the Minoans, Groniek 217, pp. 343–362.
[33] Carpenter, R., 1933, The antiquity of the Greek Alphabet, AJA 37: 8-29).
[34] Waal, W., 2018, Mother or Sister, Aegean Studies, pp. 83–125.
[35] Petrie, W. M. F., 1912, The formation of the Alphabet, 196.
[36] Dionysius of Halicarnassus, 1st ce. BCE, Περί Συνθέσεως Ονομάτων, Vol. 14.
[37] Payne, R., 1791, An analytical Essay on the Greek Alphabet.
[38] Diringer, D., 1948, The Alphabet, Philosophical Library Inc., 197, 451.
[39] Blomberg, M., Henriksson G., 2002, Astronomy in Ancient civilization, 81-92, SEAC 2000, Moscow.
[40] N. A. S. A. Espanak F., Meeus J. 2006 Five Millenium Canon of Solar Eclipses: - 1999 to + 3000, NASA Technical Publication TP-2006-214141.
[41] Graves, R., 1948, The White Goddess, Chapter 12, 13.
[42] Graves, R., 1948, The White Goddess, Chapter 11.
[43] Rawlinson, G., 1889, The Phoenicians, Chapters XII, XIII).
[44] Homer, possibly an 8th century poet, Iliad, Odyssey.
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Cite This Article
  • APA Style

    Ap, P. A. (2025). Alphabet: From Linear B to the Greek 27-Letter Alphanumeric System and the Phoenician Abjad. History Research, 13(1), 35-48. https://doi.org/10.11648/j.history.20251301.16

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    ACS Style

    Ap, P. A. Alphabet: From Linear B to the Greek 27-Letter Alphanumeric System and the Phoenician Abjad. Hist. Res. 2025, 13(1), 35-48. doi: 10.11648/j.history.20251301.16

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    AMA Style

    Ap PA. Alphabet: From Linear B to the Greek 27-Letter Alphanumeric System and the Phoenician Abjad. Hist Res. 2025;13(1):35-48. doi: 10.11648/j.history.20251301.16

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  • @article{10.11648/j.history.20251301.16,
      author = {Pliakos Alexios Ap},
      title = {Alphabet: From Linear B to the Greek 27-Letter Alphanumeric System and the Phoenician Abjad},
      journal = {History Research},
      volume = {13},
      number = {1},
      pages = {35-48},
      doi = {10.11648/j.history.20251301.16},
      url = {https://doi.org/10.11648/j.history.20251301.16},
      eprint = {https://article.sciencepublishinggroup.com/pdf/10.11648.j.history.20251301.16},
      abstract = {The origin of the Greek alphabet has been a longstanding topic of academic inquiry and debate. Advocates of the Phoenician hypothesis posit that, due to the absence of Greek inscriptions between the 12th and 8th centuries BCE, the Greeks likely adopted the Phoenician abjad—a writing system comprising only 22 consonantal characters—and later modified it to suit their linguistic needs. However, the scarcity of surviving Greek inscriptions from this era does not definitively prove the absence of a pre-existing Greek writing system. In contrast, Linear B, a script used by the Greeks between 1500 and 1200 BCE, provides evidence of an earlier Greek writing innovation. Greek scholars argue that ancient sources, credit Palamedes with the invention of sixteen of the twenty-four Greek letters during truces (autumn and winter) of the Trojan War 1227-1218 BCE. The author argues that Palamedes, along with skilled scribes proficient in Linear B and sage soldiers and people, analyzed its syllabic structure to create an alphanumerical system of twenty-seven consonants and vowels from Linear B. The Phoenician abjad, dating from 1050 to 950 BCE, comprises 22 consonantal letters, with vowels inferred—rather than explicitly written—from context, a characteristic that frequently leads to ambiguity. This article offers a concise overview of Linear B and explores the potential role of Palamedes and a committee of skilled individuals in the expansion of the Greek vowel system from five to seven vowels, the creation of seven diphthongs by a rule and the consonant system from 12+F consonants to 18+F, incorporating six double-pronounced consonants derived from five consonants, along with the inclusion of the letter sampi. Through these modifications, they ultimately established a system of 27 phonemes/letters, creating an integrated Greek alphanumerical counting system (e.g., Α = 1, Β = 2, …, F = 6, …, Ι = 10, …, Q = 90, Ρ = 100, Σ = 200, …, Ω = 800, and sampi = 900). Subsequently, the letters F, Q, and sampi were removed (as they were unused in the finally adopted alphabet), resulting in the emergence of the 24-letter Greek alphabet during the Troyan War (1227-1218 BCE). However, proponents of the Phoenician hypothesis have investigated the origins of the Greek alphabet without adequately considering the accounts provided by Liner B and ancient Greek scholars regarding its origin and development. This raises a critical question: Does such an approach facilitate genuine scientific discourse?},
     year = {2025}
    }
    

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    AB  - The origin of the Greek alphabet has been a longstanding topic of academic inquiry and debate. Advocates of the Phoenician hypothesis posit that, due to the absence of Greek inscriptions between the 12th and 8th centuries BCE, the Greeks likely adopted the Phoenician abjad—a writing system comprising only 22 consonantal characters—and later modified it to suit their linguistic needs. However, the scarcity of surviving Greek inscriptions from this era does not definitively prove the absence of a pre-existing Greek writing system. In contrast, Linear B, a script used by the Greeks between 1500 and 1200 BCE, provides evidence of an earlier Greek writing innovation. Greek scholars argue that ancient sources, credit Palamedes with the invention of sixteen of the twenty-four Greek letters during truces (autumn and winter) of the Trojan War 1227-1218 BCE. The author argues that Palamedes, along with skilled scribes proficient in Linear B and sage soldiers and people, analyzed its syllabic structure to create an alphanumerical system of twenty-seven consonants and vowels from Linear B. The Phoenician abjad, dating from 1050 to 950 BCE, comprises 22 consonantal letters, with vowels inferred—rather than explicitly written—from context, a characteristic that frequently leads to ambiguity. This article offers a concise overview of Linear B and explores the potential role of Palamedes and a committee of skilled individuals in the expansion of the Greek vowel system from five to seven vowels, the creation of seven diphthongs by a rule and the consonant system from 12+F consonants to 18+F, incorporating six double-pronounced consonants derived from five consonants, along with the inclusion of the letter sampi. Through these modifications, they ultimately established a system of 27 phonemes/letters, creating an integrated Greek alphanumerical counting system (e.g., Α = 1, Β = 2, …, F = 6, …, Ι = 10, …, Q = 90, Ρ = 100, Σ = 200, …, Ω = 800, and sampi = 900). Subsequently, the letters F, Q, and sampi were removed (as they were unused in the finally adopted alphabet), resulting in the emergence of the 24-letter Greek alphabet during the Troyan War (1227-1218 BCE). However, proponents of the Phoenician hypothesis have investigated the origins of the Greek alphabet without adequately considering the accounts provided by Liner B and ancient Greek scholars regarding its origin and development. This raises a critical question: Does such an approach facilitate genuine scientific discourse?
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Author Information
  • Exact Sciences, Mathematics and Statistics, National and Kapodistrian University of Athens, Athens, Greece/Hellas

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