02-01-2026, 08:53 PM
First I want to say I did use AI (Claude) for counting and translating latin but it's a human theory:
I think the Voynich Manuscript uses a specialized shorthand for herbal recipes, like medieval "chemical notation." I know there are others with similar theories, but I think it might be the right direction.
Not a letter-to-letter mapping but it uses morphological encoding.
Original text:
fachys ykal ar ataiin shol shory cthres y kor sholdy
sory ckhar or y kair chtaiin shar are cthar cthar dan
Translation:
"Take fresh herbs from root pieces, extract small amount of oil essence from flowers.
Prepare flower water (infusion) with chopped compound root and leaf powder pieces."
The Rosetta key:
Each word = [PREFIX] + [ROOT] + [SUFFIX]
PREFIXES (what you're doing):
Examples (not exhaustive, I don't have them all)
sh- = extract/essence (25 occurrences)
ch- = compound/mixed (17×)
d- = dried/powder (18×)
o- = with/oil (19×)
s- = water / liquid
y- = of / from
These almost always appear at the start of words.
ROOTS (what ingredient):
ol = oleum (oil)
ar = radix (root)
or = flos (flower)
a = aqua (water)
ai = folia → leaf (probable)
al = salt / mineral
e= essentia / essence
Roots appear in the middle of words.
SUFFIXES (grammar/quantity):
-y = singular (43×)
-n = plural - 100% always final!
-iin = genitive plural (19×)
-ain = dative/for purpose (12×)
-ol = diminutive/small
-dy = dried state
-ar = locative (in / at / from
Suffixes appear only at the end of words.
Example: sholdy = [sh=extract] + [ol=oil] + [dy=dried] = "dried oil extract"
Why I think it's plausible:
1. 'n' appears in final position 100% of the time (37/37) and I don't think that's possible in natural language but perfect for a systematic suffix
2.Gallows characters never appear final - t is medial 96% of the time (27/28). These mark PROCESSES: boiling, grinding, mixing. Special characters traditionally called “gallows” are interpreted as process indicators and not letters.
Examples: t, k, ch, th, ph - boiling, grinding, chopping, mixing
3.Low entropy (3.78 bits) - matches technical terminology, not prose
4. Follows Zipf's law coz it proves it contains real meaning,
5. Words cluster by context, the oil words appear together and the water words appear together
I think the Voynich Manuscript uses a specialized shorthand for herbal recipes, like medieval "chemical notation." I know there are others with similar theories, but I think it might be the right direction.
Not a letter-to-letter mapping but it uses morphological encoding.
Original text:
fachys ykal ar ataiin shol shory cthres y kor sholdy
sory ckhar or y kair chtaiin shar are cthar cthar dan
Translation:
"Take fresh herbs from root pieces, extract small amount of oil essence from flowers.
Prepare flower water (infusion) with chopped compound root and leaf powder pieces."
The Rosetta key:
Each word = [PREFIX] + [ROOT] + [SUFFIX]
PREFIXES (what you're doing):
Examples (not exhaustive, I don't have them all)
sh- = extract/essence (25 occurrences)
ch- = compound/mixed (17×)
d- = dried/powder (18×)
o- = with/oil (19×)
s- = water / liquid
y- = of / from
These almost always appear at the start of words.
ROOTS (what ingredient):
ol = oleum (oil)
ar = radix (root)
or = flos (flower)
a = aqua (water)
ai = folia → leaf (probable)
al = salt / mineral
e= essentia / essence
Roots appear in the middle of words.
SUFFIXES (grammar/quantity):
-y = singular (43×)
-n = plural - 100% always final!
-iin = genitive plural (19×)
-ain = dative/for purpose (12×)
-ol = diminutive/small
-dy = dried state
-ar = locative (in / at / from
Suffixes appear only at the end of words.
Example: sholdy = [sh=extract] + [ol=oil] + [dy=dried] = "dried oil extract"
Why I think it's plausible:
1. 'n' appears in final position 100% of the time (37/37) and I don't think that's possible in natural language but perfect for a systematic suffix
2.Gallows characters never appear final - t is medial 96% of the time (27/28). These mark PROCESSES: boiling, grinding, mixing. Special characters traditionally called “gallows” are interpreted as process indicators and not letters.
Examples: t, k, ch, th, ph - boiling, grinding, chopping, mixing
3.Low entropy (3.78 bits) - matches technical terminology, not prose
4. Follows Zipf's law coz it proves it contains real meaning,
5. Words cluster by context, the oil words appear together and the water words appear together