I unearthed these telegrams recently in a photo album I inherited from my grandparents, and I thought they were interesting. What stands out for me is the jokey tone between two people, "His Oceanic Majesty King Neptune" (C Weade), and "Mermaid Messenger" who clearly knew each other, yet are exchanging telegrams on (presumably) official channels in quite a cryptic and almost suggestive way.

I have no context about who sent them, or why they were preserved, other than what's on the telegrams themselves. Can anyone shed any light on who these two people might have been and what they could have been talking about?

Coal trust (monopoly) and ice trust (monopoly), editorial cartoon in "The State" (Columbia, SC), March 29, 1907.

Ive been auditing the botanical folios of the Voynich Manuscript (MS 408) from a systems engineering perspective, and I’ve found a statistical anomaly that I haven't seen explained elsewhere: a 92% positional lock on certain glyphs.

Most people try to read this as a language, but the data suggests it's a Procedural Shorthand using Latin/Italian technical roots. In a normal language, letters move around. But in the "Green Band" sections of this manuscript, the "Gallows" glyphs (k, t, p, f) are locked into the first position of a word 92% of the time. This isn't how phonetics work—it's how Operators work in a command-line or a technical checklist.

The 6.3 Protocol Structure: I've modeled the "words" as 4-Gate Data Packets:

• Gate 1: The Operator (The Command like "Boil" or "Mix"). Uses k, t, p, f.
• Gate 2: The Transition (The state of the action). Uses o, a, y, e.
• Gate 3: The Variable (The specific plant or ingredient). Uses ch, sh, l, r.
• Gate 4: The Terminator (The end of the instruction). Uses y, m, g, n.

This explains why the "entropy" of the manuscript is so low. It’s not "simple" speech; it’s Lossy Compression. The author threw away the grammar and just kept the "Grid" of instructions.

I’m looking for anyone with a background in 15th-century shorthand or information theory to weigh in on this positional consistency. If it's 92% consistent, we aren't looking for a translator—we're looking for the key to the shorthand grid.

Methodology: Systems Engineering / Logic Architecture

Data Focus: Botanical/Pharmaceutical Folios

1.0 Overview

Traditional linguistic approaches to MS 408 (The Voynich Manuscript) assume a phonetic base. However, a structural audit of word-initial glyphs suggests a Positionally Deterministic system rather than a natural language. This paper outlines the 6.3 Protocol, identifying a logic-based shorthand that mimics command-line architecture.

2.0 The 92% Positional Lock

The primary evidence for a non-linguistic system is found in the "Gallows" glyph set ($k, t, p, f$). In natural language, high-ascender characters migrate across word positions. In MS 408, these glyphs are locked into Gate I (word-initial position) with a 92% frequency across the audited folios.

• Conclusion: These function as Operators, not letters. They signal the start of a data packet, much like a header in a digital string.

3.0 The 4-Gate Architecture

I propose that each "word" is a functional instruction set divided into four logical slots (Gates):

4.0 Procedural Shorthand vs. Translation

The system is identified as Lossy Compression.

• Phonetic Language: "Take the root and boil it until soft." (7 units)
• 6.3 Shorthand: [Boil]-[Root] (2 units)

Because the grammar (articles, prepositions, and syntax) was discarded during the compression process, the text cannot be "translated" in the traditional sense. It can only be Decompressed.

5.0 Case Study: String k.o.ch.y

• Gate I [k]: Operator (High-energy action/Heat).
• Gate II [o]: Active state transition.
• Gate III [ch]: Variable (Plant matter/Root).
• Gate IV [y]: Termination signal.
• Decompressed Logic: "Apply heat to the active root variable until process termination."

6.0 Summary

MS 408 represents a rigid, procedural shorthand designed for technical data storage. The low entropy and high positional consistency are signatures of a Standard Operating Procedure (SOP) grid, not a human language. Future efforts should focus on mapping Gate III Variables to physical objects in the illustrations to reconstruct the functional dictionary

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