proposition

PUB-persistent-scaffold-causal-algebra--prop-feedback

Claim PUB-persistent-scaffold-causal-algebra--prop-feedback

Exact statement

Proposition 9.5 (Feedback programs compile). Let a persistent program, at each input letter, start from a fixed number ss of roots and perform a fixed finite composition of strict purely functional sequence operations satisfying the hypotheses of Theorem 9.4 on opaque pointer elements. In addition it may create a bounded number of fresh fixed-arity records whose layouts are determined by the same old observation and whose fields target old records, resulting sequence roots, or records in that fresh finite batch. At most one designated fresh owner’s pointer is stored as a base-type element of those sequences. Suppose the complete per-letter computation, including those sequence operations, follows old logical fields only within some fixed dereference radius rr . Then the program is a bounded simultaneous record transducer, and it has an exact letter-synchronous implementation by a finite scaffolding automaton of degree s+Aqs+Aq and distance at most r+1r+1 for suitable finite A,qA,q .

Statusreview publication statement; not independently promoted by this index
External reviewNo documented external or specialist review of this FPRD result is recorded.

Context

This row inventories an exact theorem-like statement extracted from a publication. Publication presence and mathematical maturity are intentionally separate.

Proof or evidence

The proof context is available at the linked publication anchor. This matrix run verified the statement-to-anchor link, not the proof itself.

Verification notes

Reviewed on 2026-08-25 for stable extraction, publication anchor, and KaTeX validation. No theorem-level hostile proof audit is asserted.

Limitations

  • This row may overlap a governed FPRD claim; no equivalence is assumed until mapped.
  • The publication's review-stage label is not external specialist review evidence.

Open work

Map this publication statement to any governed claim, verify its hypotheses and proof dependencies, and remove duplicate inventory rows only after an exact mapping exists.