franklee16/academic-research-skills/anmath-methods
- community
Checking that the SKILL.md file is still in the repository.
Use when laying out the proof strategy of a pure-mathematics manuscript for Annals of Mathematics — the architecture of the argument, the key lemmas and propositions, the novel technique, and where the difficulty lies. Designs and exposes the proof plan; does not check final correctness line-by-line (see anmath-referee-strategy).
Install
npx vskill@latest install franklee16/academic-research-skills/anmath-methodsSKILL.md
Proof Strategy and Architecture (anmath-methods)
When to trigger
- The proof is essentially complete but its logical structure is not laid out for a reader
- A referee would not be able to see the plan before drowning in the details
- The key new idea is buried; it is not clear where the real difficulty is overcome
- The argument is monolithic and should be decomposed into named lemmas/propositions
Architecture-first principle
For an Annals paper, an expert non-specialist should be able to read a proof overview and understand how the theorem is proved before verifying that it is. The architecture is part of the contribution.
- Proof outline up front. After stating the Main Theorem, give a paragraph or short
section sketching the strategy: the main steps, the key lemma(s), and the crux.
- Decompose into named results. Break the argument into Lemmas, Propositions, and
intermediate Theorems, each stated precisely and proved before it is used.
- Isolate the new idea. Name explicitly which step is the genuinely new technique and
why prior approaches failed there. This is what makes the paper publishable.
- Locate the difficulty. Tell the reader where the hard part is and why it is hard;
do not let the crux pass disguised as routine.
Decomposition guidance
| Symptom | Action | |
|---|---|---|
| A 10-page proof with no internal structure | Extract Lemmas/Propositions with clear statements | |
| The same estimate reused three times | State it once as a Lemma and cite it | |
| A self-contained technical computation interrupting the flow | Push to an appendix (anmath-supplementary) | |
| Reliance on a deep external theorem | State it precisely with citation; do not paraphrase loosely | |
| The crux step stated as "a calculation shows" | Expand fully — this is exactly what referees check |
Handling the key technique
- State the novel ingredient as its own result when possible (a key Lemma or
Proposition), so others can cite and reuse it — methods with reach justify Annals.
- Contrast with the standard approach: one or two sentences on why the obvious method
does not work and how the new idea circumvents the obstruction.
- If the method is borrowed and adapted, attribute it and state precisely what is new
in your adaptation.
Dependence on external results
- Every external theorem you invoke must be published and precisely cited; quote the
exact statement you use, not a vague version.
- Do not build an essential step on an unpublished or unverifiable claim; if
unavoidable, isolate the dependence and flag it explicitly.
Checklist
- [ ] A proof overview appears before the detailed argument
- [ ] The argument is decomposed into precisely stated lemmas/propositions
- [ ] Each auxiliary result is proved before it is used
- [ ] The genuinely new idea is named and explained as the crux
- [ ] Why the standard approach fails is stated explicitly
- [ ] Every external result invoked is published and precisely cited
- [ ] No essential step rests on an unpublished/unverifiable claim
- [ ] The crux is proved in full, not waved through as "a calculation"
Anti-patterns
- A monolithic proof with no roadmap — the referee cannot navigate it
- Hiding the crux inside a step labeled "routine" or "standard"
- Restating a known method as if it were new without attribution
- Paraphrasing an external theorem loosely so the actual hypothesis is unclear
- Reusing the same estimate inline three times instead of stating it once
- Leaving the reader unable to say where the difficulty was overcome
Output format
Security
- Security scanPassed, 90 of 100Pattern checks on the skill's files.
- Model reviewPassed
Quality evaluation
- Task evaluationNot runNo evaluation yet. Run one in Skill Studio.
Source
- SKILL.md in the repositoryCheckingAwesome-Journal-Skills-main/Annals-of-Mathematics-Skills/skills/anmath-methods/SKILL.md
Popularity
- 7-day trend score
- 0
Not refreshed yet.
Works with
Any agent vskill installs to: 56 targets in all. These 39 have a page on this site.
- Claude Code
- Cursor
- GitHub Copilot
- Windsurf
- Codex
- Gemini CLI
- Cline
- Amp
- Roo Code
- Goose
- Continue
- Kilo Code
- Junie
- Trae
- OpenHands
- Qwen Code
- AI Agent
- Tabnine Chat
- Sourcegraph Cody
- Amazon Q
- Firebase Genkit
- Sweep
- Devin
- Phind
- Mentat
- Claude Desktop
- Aider
- GPT Pilot
- Plandex
- bolt.new
- v0
- Replit Agent
- Anse
- TypingMind
- BetterChatGPT
- LibreChat
- Warp AI
- Pieces
- Fig AI
Embed badge
[](https://verified-skill.com/skills/franklee16/academic-research-skills/anmath-methods)