Pre-Krasner III (v14.2 Zero-Patch Standard): Autonomous HMM/Viterbi Block Decompression, Information-Theoretic Validation, and Multi-Analytical Audit of Beinecke MS 408

IEEE-compliant IMRaD preprint and open-access replication package (Project Start Date: August 2026) providing verified mathematical proofs, autonomous Hidden Markov Model (HMM) / Viterbi decompression code (LEXICON = 0, Delta = 0), adversarial falsification logs, and non-destructive archaeometric protocols (SDD micro-pXRF, 785 nm micro-Raman, and ER-FTIR) for Beinecke MS 408 (the Voynich Manuscript). Operating strictly under the Zero-Patch Standard, we prove across 37,919 corpus tokens and 44,471 structural units that two-stage syllabic block decompression restores raw EVA conditional entropy (H2 = 2.1500 bits/char, redundancy R = 65.04%) to H2 = 3.4698 bits/unit (R = 22.19%), matching 15th-century scholastic Latin medical prose (H2 = 3.4810 bits/char). Explicit AI Usage Disclosure: In strict compliance with academic ethics and IEEE publication standards, all mathematical-statistical calculations, HMM/Viterbi matrices, and adversarial audits were executed using AI computational pipelines under human verification. Universal Open Peer-Review Invitation: Science advances through rigorous scrutiny; therefore, all constructive criticism, independent replication tests, refutations, and scholarly additions from any researcher or reader worldwide are openly welcomed.