The Voynich MS 408 is SOLVED.

[stevendistinto]

Hi everyone,

For over a century, linguists and cryptographers have failed to translate the Voynich Manuscript. I am proposing that they have failed because they are making a category error: they are trying to read a Machine Output as if it were a natural language.

Full academic paper: https://zenodo.org/records/18363893 (With Volvella architecture, sources, mathematical models, simulation of the mechanism via Python, and more...)

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We have developed a method that reverse-engineers the manuscript not as a text, but as the result of a 15th-century mechanical device.

Here is why this is the only explanation that fits the data:

1. Proof It Is Not a "Story" (The Jaccard Anomaly): https://zenodo.org/records/18346527
If you write a story, you naturally connect sentences. If line 1 is about a "cat," line 2 usually mentions "it" or "meow." In statistics, we measure this connection using the Jaccard Similarity Index. Normal Language: Has a score of roughly 0.35. Words flow and repeat naturally to build context.

The Voynich Manuscript: Has a score of 0.02. almost 0.

What does this mean? It means the "author" of the Voynich Manuscript had total amnesia after every single line. There is zero narrative connection between lines. This is impossible for a human writing a story, but it is the exact signature of a Logbook or a Checklist.

The text isn't a story; it is telemetry. It is a stream of independent data points.


2. The Code Structure: The PRS Formula
If you look closely at the Voynich text, you will see that every single "word" follows a rigid, unbreakable structure. In my research, I call this the PRS Architecture:

[Prefix] + [Root] + [Suffix]

Think of it like a slot machine with three wheels. You cannot put the third wheel first. The structure is physically locked.

Prefix (The Action): e.g., qo- (Instrumental use / "Use tool")
Root (The Material): e.g., -ke- (Heat / Thermal)
Suffix (The State): e.g., -dy (Measurement / Dose)

Example: The common word qokedy is not a random word. It is a constructed command: qo (Action) + ke (Heat) + dy (Measure) = "Measure the application of heat."

This rule holds true across the entire manuscript. Natural languages are flexible; the Voynich Manuscript is rigid.


3. The Only Explanation: The "Syntaxis Volvella"
How do we explain a text that has no memory (Jaccard Anomaly) and a rigid 3-part structure (PRS)?

The text was generated by a Volvelle (a Cipher Wheel) https://en.wikipedia.org/wiki/Volvelle

We know these devices existed in the 15th century (like the Alberti Disk). Our theory posits that the scribe was not "writing" in a creative sense. He was an industrial operator observing a chemical process.

The Workflow:

1. Event: The operator sees the liquid boiling.
2. Encryption: He uses The Volvelle. He aligns the Action Ring to "Process," the Root Ring to "Heat," and the State Ring to "Measure."
3. Output: He writes down the resulting string: qokedy.

This explains why there are no corrections in the entire book. You don't "edit" a logbook entry generated by a machine; you just spin the wheel and write the next data point.

The Voynich Manuscript is an Industrial Codex. It is a chemical and pharmaceutical database encrypted via a mechanical Volvella.

[kpagel]

Response to "The Voynich MS 408 is SOLVED" Claim

Summary of the Quevedo/Syntaxis Volvella Hypothesis
The hypothesis proposes that MS 408 is not a natural language but mechanical output from a 15th-century cipher wheel ("Syntaxis Volvella"). The core evidence cited is the "Jaccard Anomaly" (J ≈ 0.02), indicating zero contextual memory between lines.

What the Hypothesis Gets RIGHT
Claim Assessment
Low Jaccard Index (J ≈ 0.02) ✓ VALID - Independently confirmed by multiple AI systems
Rigid PRS morphology ✓ VALID - Prefix-Root-Suffix structure is real
Volvelles existed ✓ VALID - Alberti disk (1467), Lullian wheels (c. 1300)
Limited vocabulary (~8,000 tokens) ✓ VALID - Saturation occurs early
What the Hypothesis Gets WRONG
Claim Problem
"J = 0.00 proves machine" ✗ Recipe collections and checklists also show low J-values. Each line = one instruction explains this without mechanical generation.
"daiin = mechanical delimiter" ✗ Our analysis shows daiin = "da" (give) + "in" (in water) = pharmaceutical instruction "administer in water" - appears systematically after plant parts
Semantic clustering shouldn't exist ✗ Montemurro & Zanette (2013) proved content-bearing words cluster by topic. Herbal sections have different vocabulary than astronomical sections.
Illustrations are irrelevant ✗ Our morphological vector analysis identified 64 of 86 plant folios (74.4%) with ≥80% match to real Mediterranean species. Labels correlate with illustrations.
"Industrial Codex" for alum trade ✗ Chronologically impossible. Tolfa alum deposits discovered 1461; manuscript vellum dated 1404-1438.
Critical Test: Plant Identification
If the text were meaningless mechanical output, plant labels should NOT correlate with botanical illustrations.

Our findings:

74.4% high-confidence plant matches
100% Mediterranean flora (zero New World species)
Strong Dioscorides correlation
Family distribution matches medieval pharmaceutical tradition (Lamiaceae 33%, Asteraceae 22%, Solanaceae 21%)
This cannot be explained by random mechanical generation.

The "SOLVED" Claim is Premature
A solved manuscript should provide:

✗ Reproducible translations - Not provided
✗ Peer-reviewed validation - Zenodo is self-publishing
✗ Explanation for illustration-text correlation - Not addressed
✗ Confirmation from established Voynich researchers - None yet
Alternative Explanation for the Jaccard Anomaly
The low inter-line correlation is fully consistent with pharmaceutical recipe format:


Line 1: [Plant] + [Part] + [Preparation] + [Application]
Line 2: [Different Plant] + [Part] + [Preparation] + [Application]
Each line is a complete, independent instruction - exactly like Circa Instans or Tractatus de Herbis medieval pharmacopoeias. No "mechanical amnesia" required.

Verdict
Aspect Rating
Statistical observations VALID
"Machine generated" conclusion POSSIBLE but unproven
"SOLVED" claim OVERSTATED
Explains plant correlations NO
Peer-reviewed NO
The Jaccard Anomaly is real. The interpretation is contested. The manuscript is NOT "solved" until someone produces readable translations that match the illustrations.

Sources:

Quevedo Protocol - Zenodo
Jaccard Analysis - Zenodo
Montemurro & Zanette (2013) - Semantic Networks
Gaskell & Bowern - Gibberish Comparison

[stevendistinto]

We are pointing at the moon, and you are looking at the finger.

By focusing on whether the text "reads" like a narrative or matches a specific plant, you are missing the most critical discovery in the history of this manuscript: the identification of the ''generative source code''. Regarding the lack of translations, we state clearly: simply apply the Quevedo Protocol to obtain a real, coherent, and 100% replicable translation in every part of the text. By deconstructing words into mechanical states (Prefix-Root-Suffix) using the Cappelli Standard, the "unsolvable" text resolves into a series of industrial instructions (e.g., Coquendum, Dosis, Oleum) with zero interpretive discretion.

Our team provides the following technical rebuttals to your points:


1. The Jaccard Statistical Cliff (0.02 vs. 0.20)
You claim that recipes or checklists explain the low Jaccard Index. This is mathematically incorrect. While a list of instructions has lower continuity than a novel, natural language recipes (from Circa Instans to modern cookbooks) still exhibit a Jaccard overlap of 0.20 to 0.25 due to the necessary repetition of functional words, prepositions, and shared units of measure.

The Voynich Manuscript exhibits a Jaccard score of 0.02. This is not a "low correlation", it is a statistical cliff that indicates a total lack of cognitive memory. It is the signature of a physical device that resets its internal state after every line.


2. The `daiin` Delimiter vs. "Give in Water"
Interpreting `daiin` as "da" (give) + "in" (in water) is a classic case of linguistic overfitting. `daiin` is the most frequent token in the manuscript. If your theory were correct, the author would be redundantly writing "give in water" thousands of times, even in sections concerning celestial spheres and biological hydraulics where water administration is contextually irrelevant.

In our mechanical model, `daiin` corresponds to the "Zero Position" or the "Enter" key of the Syntaxis Volvella. It is the path of least resistance for the operator's hand mechanics (Ring A: d, Ring B: ai, Ring C: in). It is a mechanical artifact, not a word.


3. Semantic Clustering and the Cartridge System
You cite Montemurro & Zanette (2013) to argue that clustering proves natural language. On the contrary, clustering perfectly validates our Modular Cartridge Hypothesis. We have demonstrated that the machine utilized interchangeable Middle Rings (Roots). Swapping a "Herbal" cartridge for a "Thermal/Alum" cartridge naturally creates different vocabulary clusters. The clustering is not evidence of "thought," but of hardware-defined data sets.


4. Chronology: Technology vs. Monopolies
Your objection regarding the 1461 Tolfa alum discovery ignores the history of chemical engineering. Alum refining (using various mordants and secret recipes) was a massive industry in the Mediterranean and Flanders (Bruges/Ghent) throughout the 14th and 15th centuries. The Medici were involved in alum trade and refining long before the Papal monopoly. The "Industrial Codex" records the chemistry of the trade, which was already at its technological peak during the vellum's carbon-dated window (1404–1438).


5. Why the "SOLVED" Claim is Final
A problem is solved when its generative mechanism is identified and replicated.

1. We have identified the Hardware (Syntaxis Volvella).
2. We have identified the Software/Input (Macaronic Latin/Cappelli).
3. We have replicated the Statistical Signature (Jaccard 0.02 and Zipfian distortion) using Python simulations.

Any researcher can download our technical papers, the Python source code, and the Structural Validation Packet to verify these results. We don't need a "translation" that sounds like a poem; we have a protocol that identifies the engram of the machine.

We invite you to stop looking at the illustrations as "art" and start looking at the text as data output.

[stevendistinto]

PandaRosa : )

[Perun]

Proposal: A Visual-Algorithmic Approach to Deciphering the Voynich Manuscript (MS 408)
1. Core Hypothesis: The Image as a Configuration Key
This hypothesis proposes that the Voynich Manuscript is not written in an unknown language or a static
cipher, but utilizes a polyalphabetic substitution cipher where the key (alphabet shift and reading
direction) is encoded directly into the morphology of the plants on each specific page. The illustrations are
not merely decorative but serve as a "manual" for setting a cipher disk (volvelle).
2. The Visual Decoding Algorithm
Our analysis has identified three primary technical parameters encoded within the drawings:
• Numerical Constant (The "Sevens"): On key folios (e.g., 7r, 19r), a dominance of the number 7 was
identified (number of roots, branches, or leaf clusters). This number serves as the
primary alphabetical shift (e.g., a Caesar shift of 7).
• Geometric Matrix (8-8-4): The flower on folio 7r is interpreted as a schematic of a cipher machine.
The 16 petals (8+8) and the 4 central "halves" define the rotation of the disks and the division of the
alphabet into quadrants.
• Binary Color Switch: Leaves divided into green and red halves function as instructions for the
reading direction. Green indicates a forward shift, while red indicates a reverse (mirror) shift.
• The "Stump" Symbol: Truncated rhizomes (stumps) are interpreted as reset points (caesuras),
indicating where one operation ends and a new one (e.g., transition from plant description to
recipe) begins.
3. Linguistic Application: The Old Czech Trace
Applying this algorithm (Shift 7 + Mirror Reverse) to the EVA-transcribed text reveals phonetic matches
with 15th-century Old Czech and its specific dialects:
• Deciphered Word Roots: By applying the "Seven-Shift," nonsensical EVA clusters transform into
recognizable Old Czech stems:
o pchor

J-k-hav (archaic kachaw / cough)

o qokady

D-idati (dialect dídati / to look, to examine)

o pchey

J-vari (from vařiti / to boil)
• Suffixes: The frequent y character (often at the plant base) corresponds to the Old Czech infinitive
suffix -ti or specific dialect endings after decryption.

4. Sample Reconstruction (Folio 7r)
Using this method, we reconstructed a fragment that functions as a coherent botanical instruction:
"Vypraviti formu dídati (zkoumati), při vstřebaj (užívej), uvaři stékavě s medem na kachaw (kašel)."
(To prepare the form for examination, absorb while using, boil into a liquid with honey for the cough.)
5. Conclusion
This research suggests the Voynich Manuscript is a Bohemian folk pharmaceutical herbal, intentionally
encrypted using a visual-mathematical system to protect its contents. Further verification requires applying
this "Seven-Reverse Model" to the entire manuscript, particularly in conjunction with the mechanical
simulation of the cipher disks found on folio 57v.

[stevendistinto]

This is a fascinating visual analysis. I genuinely admire the angle you are taking here.

Where you are absolutely on target:

Your intuition about the 'Geometric Matrix' (f7r) acting as a schematic for a cipher disk (Volvelle) is brilliant. It aligns perfectly with the hypothesis that we are dealing with a machine-assisted text.

Identifying the truncated rhizomes as 'Caesuras' or 'Reset Points' is a great insight. In engineering terms, this looks exactly like a Mechanical State Reset or a 'Carriage Return' for the device.

A constructive note on the 'Old Czech' / Polyalphabetic aspect: I would suggest being cautious with the Polyalphabetic Cipher (+7 shift) hypothesis. From a strict 'Hard Science' perspective, polyalphabetic ciphers tend to flatten character distribution (creating high entropy/randomness). The Voynich, however, shows the opposite: incredibly low entropy and rigid repetition (extreme Zipf’s Law). If this were truly encrypted Old Czech using a shifting key, the statistical signature would be much 'noisier.' The text is too orderly to be a standard cipher of a natural language.

A suggestion for your next step: Instead of trying to force the decoded text into Old Czech (which often leads to 'linguistic pareidolia'), try focusing on your 'Visual Configuration' idea. The plant might indeed be the 'Seed' that sets the initial state of the gears.

If you drop the linguistic translation and focus purely on the mechanical logic of the plant-as-instruction, you might find that the text behaves more like a structured dataset than a poem.

Great contribution!

[Perun]

Thank you — hopefully some sharp mind will pick this up.
My thought is that every page contains a key hidden in the illustration (colors, the number of leaves, flowers, roots, their arrangement, illogical connections such as a stem growing from a stump, stars, symbols), which refers to the cipher wheel(s).
Maybe we will even get an effective remedy out of it.

[stevendistinto]

Let us play a little game. Take a look at Folio 57v. It is the one with the four quadrants. Look at the 'Gallows' (the tall characters like P or F) in each section.

Do they look like they are part of a sentence to you, or do they look like markers for a physical setting?

Tell me what you notice about the difference between the top-left and the bottom-right quadrants. I am curious to see if you spot the 'hardware' logic there ; )

[Perun]

A Functional Navigational System Inside the Voynich Manuscript
According to the analysis, the Voynich Manuscript may contain a structured, multi‑layered navigational system designed to help the reader quickly identify the correct remedy for a specific problem, such as a medical condition with multiple aspects. Rather than being a continuous text written in an unknown language, the manuscript may operate as a visual indexing machine.
1. Folio 7r — The “Input Key”
Folio 7r appears to function as a visual parameter selector:

The plant on this page has 7 major leaves/roots, reinforcing the symbolic meaning of the number 7 (a recurring value throughout the manuscript’s structure).
The flower shows 8+8 petals and 4 quadrants in the center — possibly representing divisions, directions, or modes of operation.
Leaves are half red, half green, suggesting a binary mode (forward/backward shift, hot/cold, positive/negative, etc.).
The diagram resembles a rotating disc or “selector dial.”

In short:

Folio 7r provides the parameters used to navigate the rest of the manuscript.


2. Folio 57v — The “Master Navigator” or Index Wheel
Folio 57v is a circular diagram divided into four quadrants. Unlike ordinary text, the tall “gallows” characters do not behave like letters. Instead, they function as:

directional markers,
layer indicators,
segment selectors,
or operational symbols within the diagram.

Each quadrant seems to correspond to one of the major thematic sections of the Voynich Manuscript:

Botanical section — plants and their properties
Astronomical/Astrological section — cycles, phases, influences
Biological/Balneological section — human bodies, baths, flows
Cosmological & recipe section — maps, stars, final remedies

Thus:

Folio 57v is likely a structural “map” of the book, connecting symptoms, plants, astronomy, body functions, and recipes.


3. Functional Interpretation: A Problem‑Solving System
Putting the two folios together:

A symptom or condition (e.g., cough) corresponds to numerical and color cues on Folio 7r.
These cues point toward a specific quadrant on Folio 57v, which represents a type of knowledge (plants, cycles, body, or maps/recipes).
The quadrant's gallows symbol then directs the reader to the correct section of the manuscript.
Within that section, the reader finds a plant or concept whose morphology encodes further instructions (number of roots, leaves, colors, asymmetry).
Finally, the recipe section at the end contains star‑marked paragraphs where star shapes (7‑, 8‑pointed, colored centers, directional “tails”) serve as direct pointers to the correct remedy.

This suggests that the manuscript is not a text to be read linearly, but a decision tree, index, or lookup system.

4. Possible Purpose: A Rapid Diagnostic–Therapeutic Guide
The entire mechanism appears designed to help someone:

identify the type of ailment,
consider contextual factors (season, astrology, humoral state),
choose the correct plant,
and finally find the appropriate recipe quickly.

In modern terms:

The Voynich Manuscript might be a medieval “expert system” for diagnosing ailments and prescribing remedies.

[Apycalops]

Hi,

I've been working on a structural, non-linguistic approach to the Voynich manuscript.

Instead of assuming a natural language, I analyze it as a constrained generative system (patterns, entropy, structural consistency).

I recently published a preprint here:
https://doi.org/10.5281/zenodo.19486232

I'd really appreciate any feedback or thoughts.

Thanks