Alimoudine Idrissou

Projects/ Research and evaluation

PremiseGuard

Detecting Unsupported Load-Bearing Claims in Mathematical Proofs

Work in progress
Year
2026 –
Role
Independent researcher
Team
Solo
Domain
Mathematical reasoning · Evaluation methodology

PremiseGuard studies whether language-model-based mathematical critics can detect, localize, explain, and repair unsupported load-bearing claims in proofs. The project is in progress: task definitions, the annotation scheme, and the construction protocol are being developed.

Problem

A proof can silently depend on a nontrivial claim that was never established under the stated assumptions, and read as entirely convincing.

My contribution

An annotation scheme and task definition that separate unsupported load-bearing claims from ordinary errors and from acceptable compressed reasoning.

Role: Independent researcher.

Method

The design centres on controlled minimal pairs — a clean proof and a variant differing in one identifiable respect — together with explicit proof contracts that state the assumptions and permitted results, so that 'unsupported' has a definite meaning at each step. Premise attribution graphs record what each step depends on, which makes 'load-bearing' checkable rather than impressionistic. Hard negatives containing valid but compressed reasoning are included so that a critic is penalised for treating brevity as a defect.

Evaluation

No experiments have been run and no results are being claimed. The evaluation design under development covers four tasks — detection, earliest-error localization, explanation, and repair — scored separately, on the view that a single accuracy figure would obscure the distinctions the project exists to study.

Outcomes

  • Task definitions for detection, localization, explanation, and repair
  • An annotation scheme for load-bearing claims and proof contracts
  • A construction protocol for controlled proof variants and hard negatives

Limitations

The scope is currently limited to proofs whose assumptions can be stated explicitly, which excludes much of ordinary mathematical writing. Judging whether an omitted step is acceptable depends on an assumed reader, and that judgement has to be pinned down before annotation can be consistent. No dataset, experimental result, or venue submission exists.


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