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Evidence · Proto-cuneiform: the archaic texts of Uruk

By the pre-declared rule the names show no preference, and almost all their signs are ordinary administrative signs

Under the pre-declared decision rule the archaic names show no preference for or against Englund's Sumerian name elements against either baseline, and 204 of the 211 distinct signs used in names also occur in non-name administrative entries.

Suggestive0

What it means

Openunchanged
Answer this evidence bears onThe names are drawn from the ordinary sign stock, with no language signal
Supports1 for, 2 against
Still possibleunchanged
What it implies
  1. No sign subset is reserved for names in Uruk III, so there is no hint yet of the phonetic name-writing that appears at Ur about 2900 BC.For: When and how did phonetic spelling begin in Mesopotamian writing?
  2. The sign make-up of the names cannot by itself pick a language; any decision has to come from a calibrated benchmark or from phonetic spellings.For: Do the roughly 440 personal names in the archaic texts follow Sumerian, Semitic or some other naming pattern?

Next steps 12

1
Screen continuity matches against archaic lexical spellings
Adds evidenceGood odds~2 h
20score
Details

Go through the 27 matched archaic-to-ED names. Drop any that depend on a spelling first attested after ED I-II, such as the EN.E2 spelling of Enlil, and rerun the null comparison. If the excess over the null holds, continuity stands.

2
19score
Details

Compare the full sign profiles of Schøyen/Brussels names and excavated Jemdet Nasr/Uruk names (shared vocabulary, Jensen-Shannon distance against a permutation null) to see whether they form two distinct naming populations.

3
19score
Details

For each matched name, estimate the probability of a chance match from the frequency of its signs in ordinary entries and in Early Dynastic names, and rank the matches by strength.

4
19score
Details

Repeat the bridge only for archaic names that contain a sign occurring in under 1% of names, weighting each match by how unlikely it is under the shuffle null. A surplus there would point to real survivals; none would leave the names with no route to a reading.

Ranked by how likely each is to move the key question, for the time it takesAll 12 on the question

How it was found 1 run

Result. Primary test (Englund's list S against the corpus baseline B1): NO PREFERENCE, at the upper edge of the null. The deficit Englund's argument implies is absent against both baselines. With EN added the set is enriched against B1 only; see the follow-up run for where that comes from..
Share of names containing at least one listed element, against a resampling null; token odds ratio with a tablet-cluster bootstrap{'S_vs_B1': {'or_95': [1.09, 1.6], 'null_95': [0.074, 0.124], 'decision': 'NO PREFERENCE', 'observed': 0.124, 'odds_ratio': 1.35, 'null_median': 0.098}, 'S_vs_B2': {'or_95': [0.7, 1.38], 'null_95': [0.104, 0.159], 'decision': 'NO PREFERENCE', 'observed': 0.124, 'odds_ratio': 0.97, 'null_median': 0.13}, 'S+EN_vs_B1': {'or_95': [1.31, 2.2], 'null_95': [0.137, 0.2], 'decision': 'ENRICHED', 'observed': 0.265, 'odds_ratio': 1.8, 'null_median': 0.169}, 'S+EN_vs_B2': {'or_95': [0.79, 1.51], 'null_95': [0.215, 0.285], 'decision': 'NO PREFERENCE', 'observed': 0.265, 'odds_ratio': 1.11, 'null_median': 0.25}}Primary test (Englund's list S against the corpus baseline B1): NO PREFERENCE, at the upper edge of the null. The deficit Englund's argument implies is absent against both baselines. With EN added the set is enriched against B1 only; see the follow-up run for where that comes from.
Figure 1

The archaic names carry Englund's Sumerian elements at about the corpus rate, not below it

Share of 540 editor-marked names containing at least one element, against 10,000 random pseudo-names of the same lengths; CDLI Uruk III–IV transliterations

010203040names with an element (%)Englund list vs corpusEnglund list vs same tabletsList + EN vs corpusList + EN vs same tablets
010203040names with an element (%)Englund lis…Englund lis…List + EN v…List + EN v…
namesnull mediannull 97.5th percentile
A deficit, as Englund's argument implies, would put the names below the null's 2.5th percentile (7.4% and 10.4% for the first two rows); they are at or above the median. Only the EN-inclusive set clears the 97.5th percentile, and only against the corpus baseline.
Notes from the run

The element list was fixed from Englund 2009 before any enrichment figure was computed; raw sign counts in the names had been looked at while checking the parser. The decision rule is in the docstring of names_test.py.

Sources 3

Cite it

Mysteries Department. (2026). By the pre-declared rule the names show no preference, and almost all their signs are ordinary administrative signs [Evidence EVD0DFQST0K2V01]. https://mysteriesdept.com/r/EVD0DFQST0K2V01
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