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feat(research): a gate for the one question the other paper gates cannot ask - #732

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feat(research): a gate for the one question the other paper gates cannot ask#732
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Every paper gate here asks whether the manuscript is internally consistent — figures resolve, references land, numbers agree with each other. A manuscript can pass all of that while describing knowledge that has been superseded. On 2026-08-24 this one did.

manuscript last written  2026-08-20  (research/arxiv_tnf/tnf_paper.tex)
newest record written    2026-08-23  (compare_w991.json)

21 wave(s) newer than the manuscript, named nowhere in it:
  W973   bitstream_w973.json      ← first silicon: Fmax 80.35 MHz, PASS
  W974   silicon_w974.json
  W975   operators_die_w975.json  ← the MAC fails on the die, passes 2/2 in sim
  ...
  W990   confirm_w990.json        ← both fixes confirmed, 4 placements, 3 sites
  W991   compare_w991.json        ← TNF 12x coarser than posit at matched width
  W992   deletion_w992.json

An unbroken run W973–W992. The paper contains no occurrence of 80.35, BSCAN, on-die, 516096 or 524286 — so it carries neither the strongest new evidence (the format's operators reached silicon) nor the most damaging new refutation (at matched physical width TNF holds fewer values and steps 12× coarser than posit, because the ternary exponent uses 81 of 128 codes and leaves 8190 of 2^19 unreachable).

Every pre-flight check in SUBMISSION.md passes. None of them is this one.

What it does not do

Judge. A record deliberately left out is a decision; the gate's advice is to make that decision visible by naming the wave in the text, even to say it is excluded.

Records with no wave field are reported separately and as suspicion, not finding: the fallback there is five-digit figures, which cannot tell an omission from a coincidence. 21 provable, 42 suspected — and the gate says which is which rather than reporting 63.

One implementation note

Dates come from git log, not mtime. A checkout rewrites every mtime to now, which would make this gate pass on any fresh clone and fail nowhere, quietly, forever.

…not ask

Every existing paper gate asks whether the manuscript is internally consistent:
that its figures resolve, its references land, its numbers agree with each other.
A manuscript can satisfy all of that and describe a state of knowledge that has
been superseded, and on 2026-08-24 this one did.

`tnf_paper.tex` was last written 2026-08-20. `measurements/` had been written
through 08-23. In between: the first silicon numbers (W973, Fmax 80.35 MHz,
timing PASS), a defect the die found that simulation had passed (W975-W978), the
operator table becoming derivable (W989), both spec fixes confirmed across four
placements (W990), and W991 -- which shows TNF holding fewer values and a step
12x coarser than posit at matched physical width, because the ternary exponent
uses 81 of 128 codes and leaves 8190 of 2^19 unreachable.

None of it is in the paper. Not one occurrence of `80.35`, `BSCAN`, `on-die`,
`516096` or `524286`. SUBMISSION.md's pre-flight passes every check it makes;
none of them is this one.

The gate reports 21 wave-labelled records newer than the manuscript and named
nowhere in it -- W973 through W992, an unbroken run. Records with no wave label
are reported separately and explicitly as suspicion rather than finding: the
fallback there is five-digit figures, which cannot distinguish an omission from
a coincidence.

It judges nothing. A record deliberately left out of the paper is a decision, and
the gate's own advice is to make that decision visible by naming the wave in the
text even to exclude it. Dates come from `git log`, not mtime, because a checkout
rewrites every mtime to now -- which would make this gate pass on any fresh clone
and fail nowhere, quietly, forever.
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