Numbers in Loglan
Numbers in Loglan follow a regular and logical system designed for clarity and neutrality. Spoken primarily by enthusiasts and researchers interested in linguistic structure, it features a unique counting pattern that combines simple digit words into larger numbers. Loglan's counting system is notable for its consistency and transparency, making it an intriguing example of a constructed language. With a small but dedicated speaker community, mainly in linguistic research circles, the language emphasizes logical composition over traditional linguistic irregularities. Understanding the numbers in Loglan reveals its core design principle: simplicity and unambiguity in numerical expression, reflecting its purpose as a test of the Sapir-Whorf Hypothesis.
Number system
Loglan uses a decimal system, with numbers formed by combining digit words for 0-9 and specific words for tens, hundreds, and thousands. Digits from zero to nine are ni [0], ne [1], to [2], te [3], fo [4], fe [5], so [6], se [7], vo [8], ve [9]. For example, 42 is formed by juxtaposing 'fo' (4) and 'to' (2) to create 'foto'. The number 78 combines 'se' (7) and 'vo' (8) as 'sevo'. Tens are formed with words like 'teni' (30), 'foni' (40), 'feni' (50), etc., by prefixing the digit words. For example, 78 (sevo) is a compound of 'se' (7) and 'vo' (8). Hundreds are formed with the word 'nema' (100), and larger numbers like 1,008 are 'tomovo' (2,008), combining 'tomo' (2000) and 'vo' (8). Compound numbers are built by juxtaposition, e.g., 78 is 'sevo', 142 is 'netofo' (1-0-4-2), and 809 is 'vonive' (6-0-9).
Number list (29)
Counting rules
Digits from 0-9
Digits are represented by specific words: ni [0], ne [1], to [2], te [3], fo [4], fe [5], so [6], se [7], vo [8], ve [9]. For example, 2 is 'to', 5 is 'fe', and 9 is 've'.
Forming numbers 10-19
Numbers 10-19 are formed by prefixing 'ne' (1) to the digit words: 10 is 'neni', 11 is 'nene', 12 is 'neto', 13 is 'nete', 14 is 'nefo', 15 is 'nefe', 16 is 'neso', 17 is 'nese', 18 is 'nevo', 19 is 'neve'.
Tens
Tens are formed by words like 'teni' (30), 'foni' (40), 'feni' (50), 'soni' (60), 'seni' (70), 'voni' (80), 'veni' (90). Compound numbers like 42 are 'foto' (4-2), combining 'fo' (4) and 'to' (2).
Hundreds
Hundreds are formed with 'nema' (100). For example, 100 is 'nema', 200 is 'toma', 300 is 'tema', 400 is 'foma', 500 is 'fema', and so on. Compound hundreds like 809 are 'vonive' (6-0-9).
Thousands
Thousands are formed with 'nemo' (1,000). For example, 1,000 is 'nemo', 2,000 is 'tomo', 3,000 is 'temo', 4,000 is 'fomo', 5,000 is 'femo'. Larger numbers like 2,008 are 'tomovo' (tomo + vo), combining 'tomo' (2000) and 'vo' (8).
Large numbers
Millions are formed by prefixing 'momo' (million) with its multiplier: 1 million is 'nemomo', 2 million is 'tomomo', 39 million is 'tevemomo'. These are constructed by combining the base number with 'momo'.
Unique features
Numbers are formed by simple juxtaposition of digit words, e.g., 42 as 'foto' (4-2).
Unlike many languages, Loglan's number words for 10-19 are formed by prefixing 'ne' to digit words, e.g., 13 as 'nete'.
The pattern for hundreds uses 'nema' (100), but for 200 and above, the words 'toma', 'tema', etc., are used, with compound forms like 'vonive' for 809.
Large numbers like millions are built by prefixing 'momo' with the multiplier, e.g., 39 million as 'tevemomo'.
The language borrows no words from other languages for numbers; all are constructed from a small, consistent set of roots, emphasizing logical clarity.
Cultural context
Loglan was created in 1955 by James Cooke Brown primarily for linguistic research and testing the Sapir-Whorf Hypothesis. It remains a constructed language with a small community of enthusiasts and researchers. While not widely spoken, it is used in academic settings and linguistic experiments. The language's design emphasizes neutrality and logical structure, making it appealing for philosophical and scientific discussions. In its cultural context, numbers are purely functional, with no known taboos or superstitions associated with specific numbers. The precise and regular counting system reflects its purpose of clarity and unambiguity, often used in thought experiments and linguistic studies rather than daily life.
Fun facts
Fact 1: The number 19 is 'neve', formed by prefixing 'ne' (1) to 've' (9), illustrating the prefixing pattern for 10-19.
Fact 2: Unlike English, which uses a different word for 11 and 12, Loglan's 11 ('nene') and 12 ('neto') are formed systematically from base words.
Fact 3: The number 78 is 'sevo', combining 'se' (7) and 'vo' (8), showing how two-digit numbers are concatenated.
Fact 4: James Cooke Brown designed Loglan to be a logical language, and its number system exemplifies this with consistent formation rules.
Fact 5: For very large numbers, Loglan uses 'momo' as a multiplier prefix, making 39 million 'tevemomo', demonstrating its capacity for expressing enormous quantities.
Frequently asked questions
How do you count to 10 in Loglan?
1 is 'ne', 2 is 'to', 3 is 'te', 4 is 'fo', 5 is 'fe', 6 is 'so', 7 is 'se', 8 is 'vo', 9 is 've', 10 is 'neni'.
What number base does Loglan use?
Loglan uses a decimal (base-10) system, evidenced by words like 'nema' for 100, 'nemo' for 1,000, and 'momo' for million, with numbers built by combining digit words and scale words.
How do you say 42 in Loglan?
42 is 'foto', formed by juxtaposing 'fo' (4) and 'to' (2).
How do you say 100 in Loglan?
100 is 'nema', which is the base word for hundred. Larger hundreds are formed by combining the digit words with 'nema'.
How many people speak Loglan?
The exact number of speakers is unknown, but it is primarily used by linguistic researchers and enthusiasts interested in logical and constructed languages.
Is Loglan related to other languages?
Loglan is a constructed language created independently, not related to natural language families, but it inspired the development of Lojban, which is a successor language.
What makes Loglan counting unique?
Its systematic and logical formation of numbers, such as 'neve' for 19 and 'sevo' for 78, exemplifies a transparent, rule-based system unlike irregular natural languages.
Sources
- The Loglan Institute