Linear A

Linear A
Linear A inscription on a cup
Script type
Undeciphered
(presumed syllabic and ideographic)
Time period
MM IB to LM IIIA 1800–1450 BC
StatusExtinct
DirectionLeft-to-right Edit this on Wikidata
Languages'Minoan' (unknown)
Related scripts
Child systems
Linear B, Cypro-Minoan syllabary
Sister systems
Cretan hieroglyphs
ISO 15924
ISO 15924Lina (400), ​Linear A
Unicode
Unicode alias
Linear A
"U+10600–U+1077F" (PDF).
"Final Accepted Script Proposal" (PDF).

Linear A is a writing system that was used by the Minoans of Crete from 1800 to 1450 BC to write the hypothesized Minoan language or languages. Linear A was the primary script used in palace and religious writings of the Minoan civilization. It was succeeded by Linear B, which was used by the Mycenaeans to write an early form of Greek. It was discovered by archaeologist Sir Arthur Evans in 1900. No texts in Linear A have yet been deciphered.

The term linear refers to the fact that the script was written using a stylus to cut lines into a tablet of clay, as opposed to cuneiform, which was written by using a stylus to press wedges into the clay.

Linear A belongs to a group of scripts that evolved independently of the Egyptian and Mesopotamian systems. During the second millennium BC, there were four major branches: Linear A, Linear B, Cypro-Minoan, and Cretan hieroglyphic. In the 1950s, Linear B was deciphered as Mycenaean Greek. Linear A shares many symbols with Linear B, and they may notate similar syllabic values, but neither those nor any other proposed readings lead to a language that scholars can read. The only part of the script that can be read with any certainty is the signs for numbers – which are, however, only known as numerical values; the words for those numbers remain unknown.

Script

Most hypotheses about the Linear A script and Minoan language start with Linear B.

Linear A has hundreds of signs, believed to represent syllabic, ideographic, and semantic values in a manner similar to Linear B. While many of those assumed to be syllabic signs are similar to ones in Linear B, approximately 80% of Linear A's logograms are unique; the difference in sound values between Linear A and Linear B signs ranges from 9% to 13%. It primarily appears in the left-to-right direction, but occasionally appears as a right-to-left or boustrophedon script.

Linear A signs may be divided into four categories:

  1. numerals and metrical signs;
  2. phonetic signs;
  3. ligatures and composite signs;
  4. ideograms.

Signary

Linear A: signary and numbering according to E. Bennett. Reading of signs is based on Linear B analogs.
*01-*20 *21-*30 *31-*53 *54-*74 *76-*122 *123-*306
DA

*01

QI

*21

SA

*31

WA

*54

RA2 (RJA)

*76

*123

RO

*02

*21f

*34

NU

*55

KA

*77

*131a

PA

*03

*21m

TI

*37

PA3

*56

QE

*78

*131b

TE

*04

MI?

*22

E

*38

JA

*57

WO2?

*79

*131c

TO

*05

*22f

PI

*39

SU

*58

MA

*80

*164

NA

*06

*22m

WI

*40

TA

*59

KU

*81

*171

DI

*07

MU

*23

SI

*41

RA

*60

SWA?

*82

*180

A

*08

MU

*23m

KE

*44

O

*61

AU

*85

*188

SE

*09

NE

*24

DE

*45

JU

*65

*86

*191

U

*10

RU

*26

JE

*46

TA2 (TJA)

*66

TWE

*87

*301

PO

*11

RE

*27

*47

KI

*67

*100/
*102

*302

ME

*13

I

*28

*49

TU

*69

*118

*303

QA2

*16

*28b

PU

*50

KO

*70

*120

*304

ZA

*17

PU2

*29

DU

*51

MI

*73

*120b

*305

ZO

*20

NI

*30

RI

*53

ZE

*74

*122

*306

Numbers

Numbers follow a decimal system: units are represented by vertical dashes, tens by horizontal dashes, hundreds by circles, and thousands by circles with rays. There are special symbols to indicate fractions and weights. Specific signs that coincide with numerals are regarded as fractions; these sign combinations are known as klasmatograms.

Integers can be read and the operations of addition, subtraction, multiplication, and division are quite straightforward, similarly to Roman numerals.

Aegean numerals
1 2 3 4 5 6 7 8 9
𐄇 𐄈 𐄉 𐄊 𐄋 𐄌 𐄍 𐄎 𐄏
1 2 3 4 5 6 7 8 9
10 20 30 40 50 60 70 80 90
𐄐 𐄑 𐄒 𐄓 𐄔 𐄕 𐄖 𐄗 𐄘
10 20 30 40 50 60 70 80 90
100 200 300 400 500 600 700 800 900
𐄙 𐄚 𐄛 𐄜 𐄝 𐄞 𐄟 𐄠 𐄡
100 200 300 400 500 600 700 800 900

Fractions

There is a lack of scholarly agreement on fractions. Corazza et al. (2020) proposed the following values, most of which had been previously proposed:

Proposed values of fraction glyphs
Abbreviation Glyph Value
J 𐝆 12
E 𐝃 14
B 𐝁 15
D 𐝂 16
F 𐝄 18
K 𐝇 110
H 𐝅 116?
L2 𐝉 120
A 𐝀 124?
L3 𐝊 130
L4 𐝋 140
L6 𐝌 160
W 𐝍 = BB? (25)
X 𐝎 = AA? (112)
Y 𐝏 ?
Ω 𐝐 ?

Other fractions are composed by addition: the common 𐝕 JE and 𐝓 DD are 34 and 13 (26), 𐝒 BB = 25, EF = 38, etc. (and indeed B 15 looks like it might derive from KK 210). Corazza et al. (2020) propose that the hapax legomenon, glyph L 𐝈, is spurious.

Several of these values are supported by Linear B. Although Linear B used a different numbering system, several of the Linear A fractions were adopted as fractional units of measurement. For example, Linear B 𐝓 DD and 𐝎 (presumably AA) are 13 and 112 of a lana, while 𐝇 K is 110 of the main unit for dry weight.

Corpus

Linear A incised on tablets found in Akrotiri, Santorini
Linear A tablet, Chania Archaeological Museum

Linear A has been unearthed chiefly on Crete, but also at other sites in Greece, as well as Turkey and Israel. The extant corpus, comprising some 1,427 specimens totalling 7,362 to 7,396 signs, if scaled to standard type, would fit easily on two sheets of paper. Linear A has been written on various media, such as stone offering tables and vessels, gold and silver hairpins, roundels, and ceramics. A number of the inscriptions, primarily on tables and vessels, contain a "libation formula" which has been much studied. A similar construct in Cretan Hieroglyphics, the "Archanes Formula", is the main proposed link to Linear A. The earliest inscriptions of Linear A come from Phaistos, in a layer dated at the end of the Middle Minoan II period: that is, no later than c. 1700 BC. Linear A texts have been found throughout the island of Crete and also on some Aegean islands (Kythera, Kea, Thera, Melos), in mainland Greece (Ayos Stephanos), on the west coast of Asia Minor (Miletus, Troy), and in the Levant (Tel Haror). A few seal stones bearing Linear A have been found.

Crete

The main discoveries of Linear A tablets, many fragmentary, have been at Hagia Triada, Zakros, and Khania on Crete:

Inscriptions have been discovered at the following locations on Crete:

Outside Crete

Linear A tablet from the palace of Zakros, Archeological Museum of Sitia

Until 1973, only one Linear A tablet had been found outside Crete (on Kea in the Cyclades). Since then, other locations have yielded inscriptions.

Most—if not all—inscriptions found outside Crete appear to have been made locally, as indicated by the composition of the substrate and other indications. Also, close analysis of the inscriptions found outside Crete indicates the use of a script that is somewhere between Linear A and Linear B, combining elements from both.

Other Greek islands

Mainland Greece

Anatolian Mainland

A Linear A inscription was said to have been found in southeast Bulgaria. Another, somewhat more solid, find was at Tel Lachish. A Minoan graffito found at Tel Haror on a vessel fragment is either Linear A or Cretan hieroglyphs.

Chronology

The earliest attestation of Linear A begins around 1800 BC (Middle Minoan IB). It became prominent around 1625 BC (Middle Minoan IIIB) and went out of use around 1450 BC (Late Minoan I). It was contemporary with and possibly derived from Cretan hieroglyphs, and may be an ancestor of Linear B. The sequence and the geographical spread of Cretan hieroglyphs, Linear A, and Linear B, the three overlapping but distinct writing systems on Bronze Age Crete and the Greek mainland, can be summarized as follows:

Writing system Geographical area Time span
Cretan Hieroglyphic Crete, Samothrace c. 2100 – 1700 BC
Linear A Crete, Aegean islands (Kea, Kythera, Melos, Thera), and Greek mainland (Laconia) c. 1800 – 1450 BC
Linear B Crete (Knossos), and mainland (Pylos, Mycenae, Thebes, Tiryns) c. 1450 – 1200 BC

Discovery

Archaeologist Arthur Evans named the script "Linear" because its characters consisted simply of lines inscribed in clay, in contrast to the more pictographic characters in Cretan hieroglyphs that were used during the same period.

Several tablets inscribed in signs similar to Linear A were found in the Troad in northwestern Anatolia. While their status is disputed, they may be imports, as there is no evidence of Minoan presence in the Troad. Classification of these signs as a unique Trojan script (proposed by contemporary Russian linguist Nikolai Kazansky) is not accepted by other linguists.

Comparison of Linear A and Linear B

Minoan inscriptions, Linear A script

In 1945, E. Pugliese Carratelli first introduced the classification of Linear A and Linear B parallels. However, in 1961, W. C. Brice modified the Pugliese Carratelli system that was based on a wider range of Linear A sources, but Brice did not suggest Linear B equivalents to the Linear A signs. Louis Godart and Jean-Pierre Olivier in the 1985 Recueil des inscriptions en linéaire A (GORILA), based on E.L Bennett's standard numeration of the signs of Linear B, introduced a joint numeration of the Linear A and B signs.

Phonetic

The majority of signs in the Linear A script appear to have graphical equivalents in the Linear B syllabary. Comparison of the Hagia Triada tablets HT 95 and HT 86 shows that they contain identical lists of words and some kind of phonetic alteration. Scholars who approached Linear A with the phonetic values of Linear B produced a series of identical words. The Linear B–Linear A parallels: ku-ku-da-ra, pa-i-to, ku-mi-na, di-de-ro →di-de-ru, qa-qa-ro→qa-qa-ru, a-ra-na-ro→a-ra-na-re. Though identical, some of these words, such as ka-pa, are used in much different ways.

Proposed languages encoded

Linear A incised on a jug, also found in Akrotiri

It is difficult to evaluate a given analysis of Linear A as there is little point of reference for reading its inscriptions. The simplest approach to decipherment may be to presume that the values of Linear A match more or less the values given to the deciphered Linear B script, used for Mycenaean Greek. It has been suggested that Linear A encodes two languages.

Greek

In 1957, Bulgarian scholar Vladimir I. Georgiev published his Le déchiffrement des inscriptions crétoises en linéaire A ("The decipherment of Cretan inscriptions in Linear A") stating that Linear A contains Greek linguistic elements. Georgiev then published another work in 1963, titled Les deux langues des inscriptions crétoises en linéaire A ("The two languages of Cretan inscriptions in Linear A"), suggesting that the language of the Hagia Triada tablets was Greek but that the rest of the Linear A corpus was in Hittite-Luwian. In December 1963, Gregory Nagy of Harvard University developed a list of Linear A and Linear B terms based on the assumption "that signs of identical or similar shape in the two scripts will represent similar or identical phonetic values"; Nagy concluded that the language of Linear A bears "Greek-like" and Indo-European elements. Michael Ventris' decipherment of Linear B in 1952 suggests an old form of Greek: it is derived from Linear A and that the signs related to the Linear A may express the same value as the Linear B. In all Linear B values for related words give a large number of identical forms or identical root forms, but alternate with the final vowel, or almost identical forms among linear texts, mainly those of Hagia Triada.[citation needed]

Extracting conclusions or arguments from a simple morphology can hardly be considered methodologically satisfactory. Yves Duhoux in the "Linear A as Greek" discussion at AEGEANET in March 1998:

I would like to remind you of some basic facts related to the Greekness of Linear A's language: (1) The word for "total" is different in Linear A and in Linear B: LB to - so(- de); LA > B ku-ro. (2) The Linear B language is significantly less "prefixing" than Linear A. (3) Votive Linear A texts, where we are pretty sure to have variant forms of the same "word", show morphological (I mean: grammatical) features totally different from Linear B. The conclusion must be that even if one can find some casual resemblances between words in both languages (remember this MUST statistically happen: e.g. English and Persian use the same word "bad" to express the meaning of BAD, although it is proven that both words have no genetic relation at all), they are probably structurally different.

Anatolian languages

Since the late 1950s, some scholars have suggested that the Linear A language could be an Anatolian language.

Luwian

Luwian Hieroglyphs

Palmer (1958) put forward a theory, based on Linear B phonetic values, suggesting that Linear A language could be related closely to Luwian. The theory, however, failed to gain universal support for the following reasons:[according to whom?]

  • There is no remarkable resemblance between Minoan and Hitto-Luwian morphology.
  • None of the existing theories of the origin of Hitto-Luwian peoples and their migration to Anatolia (either from the Balkans or from the Caucasus) are related to Crete.
  • There was a lack of direct contact between Hitto-Luwians and Minoan Crete; the latter was never mentioned in Hitto-Luwian inscriptions. Small states located along the western coast of ancient Asia Minor were natural barriers between Hitto-Luwians and Minoan Crete.
  • There were major differences in material culture between the Hitto-Luwian and Minoan civilizations.

There are recent works focused on the Luwian connection, not in terms of the Minoan language being Anatolian, but rather in terms of possible borrowings from Luwian, including the origin of the writing system itself. Richard Janke has suggested that "Hittite and Luwian cognates often reappear in Linear A".

Lycian

In an article from 2001, Margalit Finkelberg, Professor of Classics emerita at Tel Aviv University, suggested a "high degree of correspondence between the phonological and morphological system of Minoan and that of Lycian" and proposed that "the language of Linear A is either the direct ancestor of Lycian or a closely related idiom."

Semitic languages

Cyrus H. Gordon, having earlier pointed out that some Linear A words had Semitic roots, first proposed in 1966–1969 that the texts contained Semitic vocabulary that was based on the lexical items such as kull-, meaning 'all'. Gordon uses morphological evidence to suggest that u- serves as a prefix in Linear A like Semitic copula u-. However, Gordon's copula u- is based on an incomplete word, and even if some of Gordon's identifications were true, a complete case for a Semitic language has not yet been built.

Phoenician

In 2001, the journal Ugarit-Forschungen published the article "The First Inscription in Punic—Vowel Differences in Linear A and B" by Jan Best, claiming to demonstrate how and why Linear A notates an archaic form of Phoenician. This was a continuation of attempts by Cyrus Gordon in finding connections between Minoan and West Semitic languages.

Indo-Iranian

Another recent interpretation, based on the frequencies of the syllabic signs and on complete palaeographic comparative studies, suggests that the Minoan Linear A language belongs to the Indo-Iranian family of Indo-European languages. Studies by Hubert La Marle include a presentation of the morphology of the language, avoid the complete identification of phonetic values between Linear A and B, and also avoid comparing Linear A with Cretan hieroglyphs. La Marle uses the frequency counts to identify the type of syllables written in Linear A, and takes into account the problem of loanwords in the vocabulary.

However, La Marle's interpretation of Linear A has been subject to some criticism; it was rejected by John Younger of the University of Kansas who showed that La Marle had invented at will erroneous and arbitrary new transcriptions, based on resemblances with many different script systems (as Phoenician, Hieroglyphic Egyptian, Hieroglyphic Hittite, Ethiopian, Cypro-Minoan, etc.), ignoring established evidence and internal analysis, while for some words La Marle proposes religious meanings inventing names of gods and rites. La Marle made a rebuttal in "An answer to John G. Younger's remarks on Linear A" in 2010.

Tyrrhenian

Italian scholar Giulio M. Facchetti attempted to link Linear A to the Tyrrhenian language family comprising Etruscan, Rhaetic, and Lemnian. This family is reasoned to be a pre-Indo-European Mediterranean substratum of the 2nd millennium BC, sometimes referred to as Pre-Greek. Facchetti proposed some possible similarities between the Etruscan language and ancient Lemnian, and other Aegean languages like Minoan.

Michael Ventris, who (with John Chadwick) successfully deciphered Linear B, also believed in a link between Minoan and Etruscan. The same perspective is supported by S. Yatsemirsky in Russia and Raymond A. Brown.

Other languages

Monti put forward a Hurrian-Urartian hypothesis based on morphematic elements. More recently he has changed to the view that "a direct kinship between this language and Hurro-Urartian (or any other ergative language) must be ruled out". An Indo-European hypothesis was proposed by Witczak and Zawiasa based on an analysis of the combinatory data, mostly in libation formulas. A decipherment based on Proto-Indo-European has also been proposed. Alexander Akulov and Peter Schrijver proposed that the language of Linear A is a quite close relative of the Hattic language.

Attempts at decipherment of single words

Some researchers suggest that a few words or word elements may be recognized, without (yet) enabling any conclusion about relationship with other languages. In general, they use analogy with Linear B in order to propose phonetic values of the syllabic sounds. John Younger, in particular, thinks that place names usually appear in certain positions in the texts, and notes that the proposed phonetic values sometimes correspond to known place names as given in Linear B texts (and to modern Greek names). Likewise, in Linear A, MA+RU is suggested to mean wool, and to correspond both to a Linear B pictogram with this meaning, and to the classical Greek word μαλλός with the same meaning (in that case a loan word from Minoan).

Unicode

The Linear A alphabet (U+10600–U+1077F) was added to the Unicode Standard in June 2014 with the release of version 7.0.

Linear A
Official Unicode Consortium code chart (PDF)
  0 1 2 3 4 5 6 7 8 9 A B C D E F
U+1060x 𐘀 𐘁 𐘂 𐘃 𐘄 𐘅 𐘆 𐘇 𐘈 𐘉 𐘊 𐘋 𐘌 𐘍 𐘎 𐘏
U+1061x 𐘐 𐘑 𐘒 𐘓 𐘔 𐘕 𐘖 𐘗 𐘘 𐘙 𐘚 𐘛 𐘜 𐘝 𐘞 𐘟
U+1062x 𐘠 𐘡 𐘢 𐘣 𐘤 𐘥 𐘦 𐘧 𐘨 𐘩 𐘪 𐘫 𐘬 𐘭 𐘮 𐘯
U+1063x 𐘰 𐘱 𐘲 𐘳 𐘴 𐘵 𐘶 𐘷 𐘸 𐘹 𐘺 𐘻 𐘼 𐘽 𐘾 𐘿
U+1064x 𐙀 𐙁 𐙂 𐙃 𐙄 𐙅 𐙆 𐙇 𐙈 𐙉 𐙊 𐙋 𐙌 𐙍 𐙎 𐙏
U+1065x 𐙐 𐙑 𐙒 𐙓 𐙔 𐙕 𐙖 𐙗 𐙘 𐙙 𐙚 𐙛 𐙜 𐙝 𐙞 𐙟
U+1066x 𐙠 𐙡 𐙢 𐙣 𐙤 𐙥 𐙦 𐙧 𐙨 𐙩 𐙪 𐙫 𐙬 𐙭 𐙮 𐙯
U+1067x 𐙰 𐙱 𐙲 𐙳 𐙴 𐙵 𐙶 𐙷 𐙸 𐙹 𐙺 𐙻 𐙼 𐙽 𐙾 𐙿
U+1068x 𐚀 𐚁 𐚂 𐚃 𐚄 𐚅 𐚆 𐚇 𐚈 𐚉 𐚊 𐚋 𐚌 𐚍 𐚎 𐚏
U+1069x 𐚐 𐚑 𐚒 𐚓 𐚔 𐚕 𐚖 𐚗 𐚘 𐚙 𐚚 𐚛 𐚜 𐚝 𐚞 𐚟
U+106Ax 𐚠 𐚡 𐚢 𐚣 𐚤 𐚥 𐚦 𐚧 𐚨 𐚩 𐚪 𐚫 𐚬 𐚭 𐚮 𐚯
U+106Bx 𐚰 𐚱 𐚲 𐚳 𐚴 𐚵 𐚶 𐚷 𐚸 𐚹 𐚺 𐚻 𐚼 𐚽 𐚾 𐚿
U+106Cx 𐛀 𐛁 𐛂 𐛃 𐛄 𐛅 𐛆 𐛇 𐛈 𐛉 𐛊 𐛋 𐛌 𐛍 𐛎 𐛏
U+106Dx 𐛐 𐛑 𐛒 𐛓 𐛔 𐛕 𐛖 𐛗 𐛘 𐛙 𐛚 𐛛 𐛜 𐛝 𐛞 𐛟
U+106Ex 𐛠 𐛡 𐛢 𐛣 𐛤 𐛥 𐛦 𐛧 𐛨 𐛩 𐛪 𐛫 𐛬 𐛭 𐛮 𐛯
U+106Fx 𐛰 𐛱 𐛲 𐛳 𐛴 𐛵 𐛶 𐛷 𐛸 𐛹 𐛺 𐛻 𐛼 𐛽 𐛾 𐛿
U+1070x 𐜀 𐜁 𐜂 𐜃 𐜄 𐜅 𐜆 𐜇 𐜈 𐜉 𐜊 𐜋 𐜌 𐜍 𐜎 𐜏
U+1071x 𐜐 𐜑 𐜒 𐜓 𐜔 𐜕 𐜖 𐜗 𐜘 𐜙 𐜚 𐜛 𐜜 𐜝 𐜞 𐜟
U+1072x 𐜠 𐜡 𐜢 𐜣 𐜤 𐜥 𐜦 𐜧 𐜨 𐜩 𐜪 𐜫 𐜬 𐜭 𐜮 𐜯
U+1073x 𐜰 𐜱 𐜲 𐜳 𐜴 𐜵 𐜶
U+1074x 𐝀 𐝁 𐝂 𐝃 𐝄 𐝅 𐝆 𐝇 𐝈 𐝉 𐝊 𐝋 𐝌 𐝍 𐝎 𐝏
U+1075x 𐝐 𐝑 𐝒 𐝓 𐝔 𐝕
U+1076x 𐝠 𐝡 𐝢 𐝣 𐝤 𐝥 𐝦 𐝧
U+1077x
Notes
1.^ As of Unicode version 15.1
2.^ Grey areas indicate non-assigned code points

See also


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