Five peer-quality papers covering each structural layer
All papers are available for direct download below, and archived on Zenodo under CC BY 4.0.
Demonstrates that 10 of 22 Hebrew letters control 99.87% of all morphological extension in the Torah. Introduces the four-group partition (Foundation, AMTN, YHW, BKL), cross-validated meaning prediction (87.8%), and shuffle tests (Z = 57.72). New in v8: Section 6.5 β Implications for Source Criticism, showing the data is incompatible with the Documentary Hypothesis.
Submitted to DSH (Oxford) Manuscript ID: DSH-2026-0196Twenty-six independent tests comparing YHWH-mode and Elohim-mode text segments: function word distributions, Shannon entropy, hapax legomena density, sentence length, and more. Mean function-word difference 0.79β°. Cumulative Y/E ratio monotonically rises from 0 to 5.84. The Documentary Hypothesis fails 8 of 9 quantitative predictions.
Open Access Β· ZenodoFoundation% and ModeScore exhibit independent scaling behaviors. Variance scaling analysis reveals power-law autocorrelation with ΞΎ β 1,104 verses. Power spectrum peaks at 254, 450, 1,169, and 2,923 verses. Three-channel boundary detection finds zero concurrent multi-feature spikes across 579 tested windows β the Torah has no compositional seams.
Open Access Β· ZenodoThe Torah's categorical system (kosher/treif, altar/non-altar) maps onto transposable element architecture. BovB/L1 ratio β 1.0 exclusively in altar-eligible animals (sheep 1.00, cow 0.97, goat 0.97). 100% blind prediction accuracy. ANOVA F = 112.15, Cohen's d = 21.39. The musk deer (BovB 16.34%) represents a "living fossil" of maximum snake-origin TE processing.
Open Access Β· ZenodoProposes a TE regulation model: BovB (snake-origin, horizontal transfer ~50 Mya) and L1 (mammalian, vertical inheritance) form a dual regulatory system. Reciprocal gene-level enrichment: KRTAP Γ1.84 (horns) vs SHH Γ1.9 (fangs) β a 4.2-fold inversion. Post-flood diversification model via piRNA bottleneck. 22-mer honeybee/wasp comparison (8.2% shared, enriched for regulatory elements).
Open Access Β· ZenodoAll 5 papers + books + code + data in a single archived download
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