A zero-exception, formulaic conlang with 89 open syllables and algebraic word composition.
1. The Algebraic Formula
Word building follows a strict algebraic structure:
Word = Prefix × RootSuffix + Ending
2. Phonology & "Vokens" The system operates on 89 unique open CV syllables, categorized into:
- 35 Reserved Affixes: Relational operators, coefficients, and filters.
- 54 Unreserved Syllables (Vokens): Derived from Volume + Token, these act as atomic semantic building blocks. (For example, "ra" functions as a vector voken). They are inherently fractal, built from inner atomic meanings.
(be, bä, bo, bu, i, oe, de, dä, do, du, ie, oä, fe, fä, fo, fu, iä, o, d͡ʒe, d͡ʒä, d͡ʒo, d͡ʒu, io, ou, t͡ʃe, t͡ʃä, t͡ʃo, t͡ʃu, iu, ui, he, hä, ho, hu, ei, ue, ge, gä, go, gu, e, uä, ke, kä, ko, ku, eä, uo, le, lä, lo, lu, eo, u, me, mä, mo, mu, eu, ne, nä, no, nu, äi, pe, pä, po, pu, äe, re, rä, ro, ru, ä, se, sä, so, su, äo, te, tä, to, tu, äu, ve, vä, vo, vu, oi)
3. Example Analysis
- Construct: La×terafeje+he ⟶
- La /placeholder,abcolutisayion concept/ ×(te(energy)×ra(vector)^fe(sphere) ) + he/indicativity ending/ ⟶
LaTerafehe
- Literal translation (EN): Initial quantum of spherical energy emission in a qualitative state →\rightarrow→ Explosive growth.
| No. |
Phrase |
Meaning |
Literal / System Breakdown |
| 1 |
Sola |
"Hello / Initiating communication" |
Information + Start |
| 2 |
Kesola |
"Available to talk? (Session request)" |
Question + Start |
| 3 |
Larasolava |
"I have a lengthy discussion for you" |
Extended + Start + Addressee |
| 4 |
Jereheva ke |
"How are you? (Status request)" |
Property + Process + Object + Addressee + Question |
| 5 |
Kehe rehe |
"What's wrong? / What's happening?" |
Question-Object + Process-Object |
| 6 |
Sota |
"Listening / Quantum received" |
Information + Time quantum |
| 7 |
Latahema io sotava |
"My time is your time (Full buffer allocated)" |
Time-Object-Mine = Reception-Yours |
| 8 |
Aisola |
"Busy / Buffer closed (Refusal)" |
Negation + Start |
| 9 |
Larasola |
"Stream confirmed, transmit all data" |
Extended + Start |
| 10 |
Nesoreje |
"Understood / Acknowledged / Logged" |
End + Informational process + Property |
| 11 |
Sone |
"Bye / Brief sign-off" |
Information + End |
| 12 |
Lasonema |
"Goodbye (Final session termination)" |
Base container + Information + End + 1st person |
| 13 |
io |
"Yes / Correct / Equals" |
Equality / Equivalence |
| 14 |
Laiohema |
"My agreement" |
Container + Equality + Object + 1st person |
| 15 |
eosoreva kevataje |
"Please repeat (if possible)" |
Repeat + Process + Addressee + Condition/Question |
| 16 |
Lakejema |
"Uncertain (Point of my uncertainty)" |
Point + Uncertainty + Property + 1st person |
| 17 |
Aisohela |
"Unknown" |
Negation + Information + Object + Point |
| 18 |
Aisohese |
"Nobody knows" |
Negation + Information + Object + Group |
| 19 |
Aisohema |
"I don't know" |
Negation + Information + Object + 1st person |
| 20 |
Tasorema |
"Listen to me (My process time)" |
Time quantum + Information + Process + 1st person |
| 21 |
Tavorede |
"Look closely!" |
Time + Attention field + Process + Imperative |
If anyone is interested, I can share examples of the atomic concept dictionary. One voken = one semantic universal. Using these formulas, you can build any concept—completely universal, yet philosophically precise and concrete. Additionally, I have operator tables, parts-of-speech markers, and an in-progress but detailed table of reserved affixes. Let me know in the comments if you'd like to dive deeper!