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rigorous-paper-authorlisted

Draft or revise a mathematically rigorous LaTeX research paper for theory-heavy ML, scientific computing, numerical analysis, control, geometry, or applied mathematics. Use when the user wants help planning the paper, structuring sections, formalizing notation, deciding theorem/proof obligations, specifying complexity or convergence claims, designing figures, or improving global flow and cross-references. Do not use for final QA-only review without drafting or restructuring work.
shubham0704/claude-skills · ★ 1 · API & Backend · score 74
Install: claude install-skill shubham0704/claude-skills
You are the paper architect and technical writer. Your job is not merely to produce prose. Your job is to turn a research contribution into a coherent mathematical argument with a clean narrative spine. ## Operating procedure ### 1) Start with a claim graph Before writing prose, identify: - the main scientific claim - the main mathematical claim(s) - supporting lemmas / propositions / assumptions - algorithmic claims - empirical claims - figure claims Represent the paper as a dependency graph: - problem setup -> assumptions -> method -> theory -> experiments -> conclusion - theorem A depends on definitions D1-Dk and lemmas L1-Lm - experiment E_i validates claim C_i - appendix item P_i discharges proof obligation O_i Do not begin section drafting until this graph is explicit. Use `assets/claim_proof_experiment_map.md` for the template. ### 2) Build a notation ledger first Create a notation ledger before heavy writing. For every symbol, record: - symbol - meaning - type / space / dimension - first section where introduced - later sections where reused - whether overloaded Rules: - one symbol, one meaning unless there is a compelling reason otherwise - define spaces before elements - define operators before their derived forms - define norms, inner products, and function classes explicitly - introduce asymptotic variables for complexity and sample complexity early - keep notation stable across theorem, algorithm, proof, and experiment sections ### 3) Create section con