contradiction-probe

A small, honest instrument for one question: does an AI reading a record flag a statement that contradicts that record β€” without crying wolf on statements that merely resemble it?

It is built to be hard to fool and hard to oversell. Every run is preregistered and sealed before it starts; the author of the cases never scores them; a blind third party grades responses with the types hidden; and the sealed cases are re-hashed at the end to prove nothing moved. The headline numbers are always reported next to two baselines a result has to beat before it means anything.

Why the baselines matter

A model "catching the contradiction" is only interesting if it couldn't be done by a dumb trick. So each case set is measured two ways before trusting any model:

  • String-matcher baseline (lexical_baseline.py): can a mindless word-overlap threshold separate contradictions from controls? If yes, the set is surface-solvable and a model passing it proves nothing. The hardened set here caps a string-matcher at 75% (chance is 50%), because the true near-misses deliberately reuse the withdrawn vocabulary and the real contradictions avoid it.
  • Weak-model baseline: a small local model (a 3B) is run as a floor. On the hardened set it scores 3/8 hits, 0/8 false alarms β€” it misses real contradictions rather than over-flagging, which is what a discriminating instrument should do to a weak reader.

A frontier model's score is evidence of understanding only insofar as it beats both.

What this does NOT establish

Every run so far shows the record in context β€” pasted in front of the reader. That tests reasoning, not autonomous detection. The harder, more interesting claim β€” a reader that holds the record in memory and catches the lie unprompted β€” is not yet testable (no respondent persistently holds the record without being primed by the probe itself). That gap is stated in the results, not papered over.

Files

file what it does
seal.py packet + per-statement SHA-256 commitments; verify a sealed packet against a committed hash
lexical_baseline.py string-matcher baseline / case-set hardness (grades the SET, not a model)
present.py turn raw recordings into a shuffled, type-blind scoring packet + an operator-only code map
score.py hits / misses / false alarms / correct rejections from a blind scorer's grades + the key; Cohen's kappa for 2+ scorers
tests/test_score.py both-ways tests (a mutant that mis-credits UNRESOLVED turns it red)
sealed/ gitignored β€” case plaintexts, types, recordings, code maps. Never committed until a reveal.
docs/METHOD.md the full protocol and the role split that protects the result

Run

python -I tests/test_score.py                 # 16/16, 0 failing
python -I seal.py sealed/<probe>.json          # commitments to put in the preregistration
python -I lexical_baseline.py sealed/<probe>.json
python -I score.py sealed/<probe>.json grades.json baselines.json

Stdlib only; no dependencies.

Status

Local, version-controlled, nothing published. The hardened 16-case set is built and measured but not yet sealed for a run β€” it needs a blind scorer lined up and a run against β‰₯2 fresh models first, so it isn't frozen prematurely.


Part of one system β€” each piece usable on its own

These repositories are independent instruments that also compose into a single apparatus for building and honestly auditing trustworthy multi-intelligence systems. Any one can be used standalone; together they form the stack:

  • Governed core β€” covenant: a self-governing multi-agent system with an ethics gate inside the transaction path.
  • Observability & provenance β€” threefold (the L-lens layer over Jacobian Lens) and threefold-memory (its persistent, provenance-tracked memory): every action measured and recorded under one task identity.
  • Measurement instruments β€” contradiction-probe and flinch-observability, with the session records flinch-record and grokflinch: preregistered, blind-scored tests of AI behaviour that embody the covenant's rule β€” investigate a signal, never convict on one.
  • Neuromorphic research β€” spiking-experiments: from-scratch spiking-network experiments with the pass/fail bar declared before each run.
  • Ledger surface β€” Sentinel-Witness: the trading / ledger dashboard.

This repository's place in it: a preregistered, blind-scored instrument that keeps the system's judgements honest.

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