Valediction_of_Moses_Evaluation
This paper evaluates Idan Dershowitz’s reconstruction of the Valediction of Moses (V) by testing its literary and redactorial claims against the internal covenant architecture and legal sequences of the Pentateuchal text. The analysis grants that Dershowitz has materially weakened the old, nineteenth-century forgery verdict against the Shapira fragments, and allows that V may preserve an authentic late-monarchic or early-exilic Hebrew text. However, this study demonstrates that V cannot be the proto-biblical ancestor of canonical Deuteronomy. By examining the structural movement of the Pentateuch, it demonstrates two primary flaws in the proto-Deuteronomy hypothesis:1. The Deuteronomy 2/20 Contradiction: Dershowitz's source-critical argument relies on the hidden, flawed premise that righteous mishpat could not be known or practiced before a law was formally codified. Genesis and Numbers explicitly contradict this by showing Abraham, Joseph, and Caleb operating under divine mishpat long before Sinai or Moab. The MT sequence of Deuteronomy 2 represents a historical precedent that was later codified as general covenant instruction in Deuteronomy 20.2. Covenant Architecture: V gains its linear, recitational smoothness by completely omitting the detailed land-life corpus of Deuteronomy 12–26. In doing so, it strips away the essential covenant-stipulation body to which Israel says "Amen" in the ratification formulas. Using the "Convergence Principle," this paper argues that V is best explained as a secondary endpoint rather than a primary source. It is an ancient, compact, and symmetrical use-text (pedagogical, liturgical, or travel-based) produced around an already authoritative, comprehensive Torah tradition.
Authors
- Ørjan Myhre (ORCID: https://orcid.org/0009-0001-2269-0861)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-07-30
- DOI
- https://doi.org/10.5281/zenodo.21703935
- Primary Topic
- Biblical Studies and Interpretation
- Type
- preprint