The Data Astrolabe Hypothesis: Reconfiguring the Voynich Manuscript as a Telemetry Log of a 3-Ring Analog Device

For centuries, the Voynich Manuscript has resisted linguistic, cryptographic, and steganographic cryptanalysis. This paper proposes a paradigm shift: the manuscript does not contain natural language or a traditional cipher. Instead, it is the direct output log of a mechanical analog computer, specifically, a 3-ring data astrolabe or volvelle used to record biological and physical density measurements. By analyzing the morphological structure of the EVA text through a mechanical physics lens, we define the "m A Z" protocol: R = Z^3 / m. In this framework, prefixes (Gallows) act as physical mass/friction anchors (S1), the mid-sections represent rotational paths across a 63-fragment data cylinder (S2), and suffixes act as mechanical escapements (S3). Our statistical audit of the corpus demonstrates that the author was not writing sentences, but actively balancing the "mechanical impedance" of the device. High-density biological targets (e.g., roots, toxins) forced the operator to use high-mass anchor glyphs to prevent the accumulation of excessive torque (length Z). This framework entirely explains the low entropy, the rigid word structure, and the repetitive nature of the text. We provide a full reconstruction of the hardware's 24-bit logic, proving that the Voynich Manuscript is a 15th-century masterpiece of analog data encoding.Steven Quevedostevendistinto@gmail.com