math-doc-review

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Review mathematical documents and proofs to find errors and produce a detailed, framework-first correction report. Use when asked to audit math claims/derivations in docs (Markdown, LaTeX, notebooks, PDFs converted to text) and to classify issues by severity and error type, with the review saved in a sibling review/ folder next to the source file.

FragileTech By FragileTech schedule Updated 1/27/2026

name: math-doc-review description: Review mathematical documents and proofs to find errors and produce a detailed, framework-first correction report. Use when asked to audit math claims/derivations in docs (Markdown, LaTeX, notebooks, PDFs converted to text) and to classify issues by severity and error type, with the review saved in a sibling review/ folder next to the source file.

Math Doc Review

Overview

Provide a rigorous, framework-first review of mathematical documents, identify errors, and write a super-detailed correction report that classifies each issue by severity and error type. Treat the document's own theory and first-principles framework as the ground truth; do not import external mathematical results unless explicitly requested.

Workflow

1) Intake and scope

  • Identify the target file(s) and scope (entire document, specific sections, or specific claims).
  • If the framework is unclear, ask for the primary theory sources to use (definitions, axioms, permits, prior theorems). Do not proceed with external assumptions.

2) Anchor the framework

  • Extract and list the framework anchors: definitions, axioms/permits, notational conventions, and core results the document depends on.
  • Record these anchors in the review report so the reader can see the basis for every criticism.

3) Review pass and issue logging

  • Read the document linearly and log potential issues with exact locations (section title, equation number, line or paragraph reference).
  • Check each claim against the framework anchors:
    • Are hypotheses stated and satisfied?
    • Are parameter ranges, dimensions, and domains respected?
    • Are definitions applied consistently?
    • Is any step relying on an external theorem or classical analysis argument not derived in the framework?

4) Classify and analyze

  • For each issue, assign a severity and error type using references/review-taxonomy.md.
  • Provide a framework-first explanation of why the issue is an error or a scope restriction.
  • Propose a concrete fix: revise statements, add missing hypotheses, or add a new lemma/permit within the framework.

5) Produce the review artifact

  • Create a review/ folder in the same directory as the reviewed file (if it does not exist).
  • Create the review document using assets/review-template.md and fill it in.
  • File naming: review/<basename>.review.md where <basename> is the reviewed file name without its extension.

Output requirements

  • Use the template and fill every section relevant to the findings.
  • Include a severity summary and an error log table.
  • For each error, provide step-by-step fix guidance grounded in the framework.
  • If a claim is valid only under restricted parameters (for example, 2D only), mark it as a scope restriction and specify the exact constraint.
  • Avoid re-proving via classical analysis; require internal permits/lemmas instead.

Resources

  • references/review-taxonomy.md for severity levels and error-type definitions.
  • assets/review-template.md for the report structure.
Install via CLI
npx skills add https://github.com/FragileTech/fragile --skill math-doc-review
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