Basis

This proposal is made explicitly on the basis of the article:
https://ailev.livejournal.com/1795114.html

The article names three still-open architectural themes together:

• missing symmetric language/semantics moves (coarsening / transduction / interpretive construction),
• missing explanation / justification surfaces,
• missing explicit split between interpretation as conservative reading and interpretation as hypothesis generation.

Outcome (ontology-first)

This is a tracking/design issue, not a claim that the current spec already contains one simple local typo-level defect.

The current FPF appears to have the necessary neighboring owners (A.6.3, A.10, B.5.2.0, B.5.2), but the boundary between them remains implicit. That creates a load-bearing risk of equivocation around interpretation, rendering, and explanation.

1) Terms and normalization (scholastic)

• Conservative interpretation: a describedEntity-preserving, claim-conservative re-expression of an episteme (e.g. translation, summary, filtering, report) that introduces no new semantic commitments.
• Hypothesis-generating interpretation: an interpretive move that introduces a new explanatory question, conjectural frame, or candidate answer.
• Explanation / justification surface: a publication surface that renders an existing trace, proof, model, or evidence path in readable form while preserving explicit provenance and without silently upgrading rendering into new theory.

Normalization proposed in this issue:

• conservative interpretation belongs with A.6.3-family viewing,
• hypothesis-generating interpretation belongs with B.5.2.0 -> B.5.2,
• explanation / justification surfaces belong with publication/provenance discipline (E.17 + A.10 constraints), not as an implicit side-effect of either one.

2) Ontology validation

Immediate result

There is not yet one single sentence in the current spec that conclusively collapses all these into one genus. So this is not the same class of already-materialized contradiction as issue #29.

But the architectural risk is real

The current arrangement is still under-specified enough that one and the same surface word such as interpretation may drift between:

• A.6.3-style viewing,
• A.10-style provenance-bound explanation rendering,
• B.5.2.0 / B.5.2 abductive prompting and hypothesis generation.

Concrete counterexample

A summary of a proof trace that preserves the original claim set is not the same kind of act as a conjectural explanation of why the proof strategy worked. If both are called “interpretation” without an explicit owner boundary, the first is a conservative view, while the second is an abductive move. Treating them as one thing is a category mistake.

Failure label: currently best described as an architectural under-specification with categorical drift risk, not as a simple already-finished contradiction.

3) Logical analysis

• Hidden assumption: once A.6.3, A.10, and B.5.2.0 all exist, their boundary is obvious enough not to need a first-class clarification.
• Hidden assumption: provenance discipline alone is enough to prevent post-hoc narrative from masquerading as faithful rendering.
• Hidden assumption: prompt/hypothesis discipline alone is enough to keep abductive interpretation separate from conservative reading.
• These assumptions are weak because the article itself identifies the gap explicitly, and because the current neighboring owners do not yet publish one explicit boundary rule across all three zones.
• Salvage by trivialization risk: saying “it is already partially assembled from A.6.3 and B.5.2.0” is true but insufficient; it saves the architecture only by leaving the crucial boundary implicit.

4) Modalities separated

• Alethic / typing: what kind of act each interpretation-like move is.
• Deontic: what the spec should route to which owner.
• Pragmatic: which pattern a working author should reach for when generating text from traces/models/claims.
• Prospective / design-level: what future canonical naming and placement should become if accepted.

5) Structured argument (premises -> steps -> conclusion)

Premises

• P1: the article explicitly names this boundary as still open.
• P2: the current spec already has neighboring owners: A.6.3, A.10, B.5.2.0, B.5.2, E.17.
• P3: no explicit owner-boundary note currently stabilizes the split between conservative interpretation, provenance-bound explanation rendering, and hypothesis-generating interpretation.

Steps

• S1: If P1-P3 hold together, then the architecture has the parts of a solution but not yet an explicit boundary law.
• S2: Where such a boundary is left implicit, lexical drift and category drift remain likely.

Conclusion

There is sufficient basis for a dedicated tracking/design issue to make this split explicit.

6) Proposed minimal architectural repair

Recommended canonical naming / placement

1. A.6.3a — U.ConservativeRetextualization
   Placement: as a species or immediate specialisation adjacent to A.6.3.
   Meaning: translation / summary / filtering / report when describedEntity and claim-commitment remain conservative.

2. E.17.x — Justification Surfaces
   Placement: under E.17 / MVPK publication discipline, with explicit A.10 provenance pins.
   Meaning: faithful explanation/rendering surfaces over traces, proofs, models, and evidence paths; explicitly distinguish faithful rendering from post-hoc narrative.

3. Keep B.5.2.0 -> B.5.2 as the owner for hypothesis-generating interpretation
   Meaning: once the act introduces a new explanatory question, conjecture, or rival-set-bearing move, it is no longer conservative viewing/rendering.

Narrow immediate clarification (even before new patterns)

A smaller first step would be to add explicit boundary notes to A.6.3, A.10, and B.5.2.0 so authors know:

• conservative re-textualization belongs to viewing,
• provenance-bound faithful explanation belongs to publication/provenance discipline,
• conjectural interpretation belongs to abductive prompting.

Acceptance expectation

The issue is successful if it stabilizes one explicit architectural direction for the split, even if the full canonical pattern family lands later in several increments.