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Auto Empirical Research Skills skill

Route empirical-research requests through the Auto-Empirical Research Skills catalog when this whole repository is installed as one skill in Codex, CodeBuddy, Claude Code, or another IDE. Use to choose and load the right vendored AERS skill for causal inference, econometrics, replication, data acquisition, manuscript writing, peer review and referee responses, citation checking, de-AIGC editing, or full empirical-pap

$npx skills add brycewang-stanford/Auto-Empirical-Research-Skills --skill auto-empirical-research-skills
View this skill on GitHubbrycewang-stanford/Auto-Empirical-Research-Skills/SKILL.md
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Updated
36 h ago
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Install Auto Empirical Research Skills

Pick your agent. Every command is ready to paste.

$npx skills add brycewang-stanford/Auto-Empirical-Research-Skills --skill auto-empirical-research-skills

The open skills CLI detects your agents (Claude Code, Cursor, Codex and 70+ more) and installs to the right folder. Add -g to install globally.

01

Install it

Run the command above, or upload the folder in Claude.

02

Ask naturally

Describe the task. Your agent loads auto-empirical-research-skills when the request matches its description.

03

Name it if needed

If it does not trigger, say “use the auto-empirical-research-skills skill”. In Codex, type $auto-empirical-research-skills.

The skill itself

SKILL.md

FolderGitHub

Auto-Empirical Research Skills Router

Use this root skill when the full AERS repository has been installed as a single skill folder. Treat it as a router and catalog, not as a request to load every vendored SKILL.md.

The catalog holds 1,151 skills across 78 vendored collections. Never read them all — route to one, then load only that skill's SKILL.md.

Workflow

  1. Classify the user's empirical-research task by stage, then load the single best-matching skill:

    • Full pipeline or orchestration: start with skills/69-Paper-WorkFlow/ or the skills/00* flagship analysis skills — skills/00-Full-empirical-analysis-skill_StatsPAI/ (StatsPAI), skills/00.1-Full-empirical-analysis-skill_Python/ (Python), skills/00.2-Full-empirical-analysis-skill_Stata/ (Stata), skills/00.3-Full-empirical-analysis-skill_R/ (R). Note the StatsPAI flagship has no dot in its prefix, so a skills/00.* glob misses it.
    • Causal inference and econometrics: pick by method from the table below, or search catalog/skills.json / docs/TAXONOMY.md.
    • AER or top economics journal work: start with skills/50-brycewang-aer-skills/.
    • Replication, citation, or peer review: use docs/SKILL_CATALOG.md and docs/GOLDEN_WORKFLOWS.md to choose a focused skill.
    • Academic de-AIGC (English or Chinese) or academic rewriting: start with skills/48-de-AIGC-skills/ or nearby writing skills in the catalog.
  2. Read only the selected child skill's SKILL.md, then follow its progressive-disclosure instructions for references/, scripts/, assets/, or templates.

  3. If no child skill clearly matches, run the ranked catalog search first — it takes English or Chinese task text:

    python3 scripts/find-skill.py "staggered difference-in-differences event study"
    python3 scripts/find-skill.py "降低中文论文 AIGC 率" -k 5
    

    It ranks by relevance, then by the routing tier in catalog/curation.json: first-party core skills first, a single preferred copy for each duplicated name (the other copies are folded away), and natural-science / CS guides (out-of-domain) last unless the query names them. Take the top result unless its description clearly misfits, then read only that SKILL.md. Its accuracy is measured by python3 scripts/check-routing.py against evals/routing-cases.json.

    If you need raw data instead, catalog/skills.json has path, name, description, line_count, and a globally-unique qualified_name; catalog/skills-enriched.json adds tier, tags, quality_score, license, and commercial_use. Avoid broad recursive reads of skills/.

    • Both catalog JSON files are large (roughly 1 MB / 20k lines each) — query them instead of reading them whole. Example:

      python3 -c "import json; [print(s['qualified_name'], '->', s['path']) for s in json.load(open('catalog/skills.json'))['skills'] if 'synthetic control' in (s['name'] + ' ' + s['description']).lower()]"
      

      A plain grep -in "synthetic control" catalog/skills.json works too when a rough match is enough.

  4. For installation help, use INSTALL.md: method 0 when the user hands you this folder's local path and asks you to install it, section 2C for Codex (~/.agents/skills/), method 1 for Claude Code marketplace/plugin installs. docs/INSTALL.md has the short copy-install reference.

  5. If editing this repository, keep parent and nested repos separate. In particular, inspect git status inside skills/69-Paper-WorkFlow/ (a git submodule) before touching it.

Method → where to start

Match the user's identification strategy or task to a starting collection, then confirm against catalog/skills.json.

This table is a shortcut to the most common starting points, not a complete index — it names fewer than half of the vendored collections, and the rest are reachable only through catalog/skills.json. A task missing from this table is not a task without a skill: fall through to step 3 and search the catalog before concluding nothing matches.

Task / method Start here
Full paper pipeline (orchestrator) skills/69-Paper-WorkFlow/
Data → full Word .docx manuscript (one run: analysis + writing + assembled deliverable) skills/69-Paper-WorkFlow/ — pick manuscript.format = markdown at its Stage 0 when the deliverable is Word; Stage 9 assembles 09_submission/main.docx (body + tables + figures + references) and gates it
Markdown / LaTeX → .docx conversion only (no analysis) skills/67-econfin-workflow-toolkit/md-to-docx/, skills/08-ndpvt-web-latex-document-skill/
Agent-native causal analysis (one call runs DiD / RD / IV / SCM / DML with automatic robustness gates) skills/00-Full-empirical-analysis-skill_StatsPAI/
DiD / staggered DiD / event study skills/50-brycewang-aer-skills/, skills/10-Jill0099-causal-inference-mixtape/, skills/13-scunning1975-MixtapeTools/
Instrumental variables (IV) skills/50-brycewang-aer-skills/, skills/40-py-econometrics-pyfixest/
Regression discontinuity (RDD) skills/50-brycewang-aer-skills/, skills/10-Jill0099-causal-inference-mixtape/
Synthetic control (SCM) skills/50-brycewang-aer-skills/, skills/13-scunning1975-MixtapeTools/
Panel fixed effects skills/40-py-econometrics-pyfixest/, skills/39-vincentarelbundock-marginaleffects/
Specification search / multiverse / p-hacking audit, honest p-values, p-curve, pre-registration skills/73-brycewang-p-hacking-skills/ (start at skills/00-phack-router/; teaching & audit only)
Questionnaire / survey SEM in SPSS + AMOS — reliability, EFA, CFA (CR / AVE / HTMT), structural model, bootstrap mediation, multi-group, PROCESS (结构方程 / 问卷 / 信效度) skills/74-brycewang-spss-amos-sem/
Matching / propensity scores skills/10-Jill0099-causal-inference-mixtape/, skills/11-James-Traina-compound-science/
Structural estimation skills/11-James-Traina-compound-science/, skills/14-luischanci-claude-code-research-starter/
Time series / forecasting skills/17-DAAF-Contribution-Community-daaf/, skills/43-wentorai-research-plugins/
Text as data / NLP skills/43-wentorai-research-plugins/
Spatial / GIS analysis skills/17-DAAF-Contribution-Community-daaf/, skills/43-wentorai-research-plugins/
Experiments / RCT design skills/11-James-Traina-compound-science/, skills/25-HosungYou-Diverga/
Survey / questionnaire design skills/43-wentorai-research-plugins/, skills/25-HosungYou-Diverga/
DML / CATE / causal forests skills/00.1-Full-empirical-analysis-skill_Python/, skills/63-tondevrel-scientific-agent-skills/
Bayesian modeling skills/23-Learning-Bayesian-Statistics-baygent-skills/, skills/51-pymc-labs-CausalPy/
Python analysis (full pipeline) skills/00.1-Full-empirical-analysis-skill_Python/, skills/40-py-econometrics-pyfixest/
Stata analysis skills/00.2-Full-empirical-analysis-skill_Stata/, skills/32-dylantmoore-stata-skill/, skills/64-tmonk-mcp-stata/
R analysis skills/00.3-Full-empirical-analysis-skill_R/, skills/55-ab604-claude-code-r-skills/
Game theory / theory papers skills/65-game-theory-paper-writer/
Qualitative / thematic analysis skills/53-keemanxp-thematic-analysis-skill/
Data acquisition (Kaggle, SEC filings, open data) skills/72-kaggle-research/, skills/57-dgunning-edgartools/, skills/59-shiquda-openalex-skill/
Literature review skills/36-taoyunudt-literature-review-skill/, skills/52-keemanxp-slr-prisma/, skills/59-shiquda-openalex-skill/
Lit-review tool selection / PDF→Markdown / cited Q&A over PDFs / PRISMA screening runners skills/71-brycewang-lit-review-agent-tools/
Citation checking skills/62-PHY041-claude-skill-citation-checker/
Manuscript writing / proofreading skills/04-K-Dense-AI-claude-scientific-writer/, skills/38-peternka-academic-proofreader/
Peer review / referee reports / referee responses skills/21-claesbackman-AI-research-feedback/, skills/12-pedrohcgs-claude-code-my-workflow/, skills/67-econfin-workflow-toolkit/
LaTeX / Quarto compilation, slides skills/08-ndpvt-web-latex-document-skill/, skills/60-regisely-superpapers/, skills/12-pedrohcgs-claude-code-my-workflow/
De-AIGC / humanize skills/48-de-AIGC-skills/, skills/45-stephenturner-skill-deslop/, skills/47-conorbronsdon-avoid-ai-writing/
Chinese SSCI/CSSCI journal polishing skills/70-ssci-polish/, skills/49-voidborne-d-humanize-chinese/
Replication skills/28-maxwell2732-paper-replicate-agent-demo/, skills/29-quarcs-lab-project20XXy/
Open science / reproducibility skills/54-scdenney-open-science-skills/, skills/29-quarcs-lab-project20XXy/
Grant proposals / funding skills/42-wanshuiyin-ARIS/, skills/43-wentorai-research-plugins/
Conference posters / post-acceptance skills/42-wanshuiyin-ARIS/, skills/33-Galaxy-Dawn-claude-scholar/

Full-pipeline trigger

If the user is asking for a complete empirical paper from idea to submission, route to skills/69-Paper-WorkFlow/. The orchestrator loads the right skill at the right stage and stops for human decisions at the two hard gates (Method Gate after Stage 3, Draft Quality Gate after Stage 7).

Trigger phrases (any one is enough to dispatch to the orchestrator):

  • /paper-workflow
  • "帮我写一篇实证论文"
  • "从选题到投稿"
  • "end-to-end empirical paper"
  • "完整复现"
  • "from proposal to submission"
  • "从数据到 docx 论文全文" / "一条龙" / "出一份 Word 版论文"
  • "raw data to a finished Word manuscript"

The orchestrator is not the right entry point for a single-task ask (e.g. "fit a DiD", "recode this variable", "write a referee report") — those are listed in the Method → where to start table above.

Coverage Notes

  • skills/69-Paper-WorkFlow/ is a git submodule. If its folder is empty, the copy or clone skipped submodules (git submodule update --init fixes a clone); fall back to the skills/00* flagship pipeline skills, which are vendored directly. Those end at publication-ready tables and figures plus a Step 8.5 handoff contract (exhibits_index.md + results_summary.json); pair them with a writing skill for the manuscript itself, since assembling and gating the full .docx lives in the orchestrator.
  • The vendored ARIS collection (skills/42-wanshuiyin-ARIS/) also ships its skill set as OpenAI Codex CLI runtime ports (skills-codex* subtrees). Those stay on disk but are excluded from catalog/skills.json (see scripts/skill_discovery.py) — route Claude agents to the primary skills/ tree only.

Install Notes

  • Whole-repo imports are supported by this root SKILL.md as a lightweight compatibility entry point.
  • Individual skill installs are still preferred when a runtime expects one folder per skill. Copy the folder that directly contains the target SKILL.md.
  • Do not copy the repository root into a runtime and expect every child skill to become individually registered unless that runtime explicitly supports recursive skill discovery.
  • Do not flat-install the whole catalog (e.g. symlinking every child folder into ~/.claude/skills). Every registered skill's description is loaded at session start — about 68k tokens for all 1,151 here — and runtimes truncate long skill listings, so matching gets worse, not better. Use a plugin, this router, or a handful of copied skills.
  • Name collisions: the catalog contains 48 bare names shared across collections (e.g. data-analysis, lit-review, proofread); catalog/curation.json names one preferred copy of each, which scripts/find-skill.py returns. When a runtime registers skills by flat name, install one collection at a time, or disambiguate with the globally-unique qualified_name field in catalog/skills.json (<collection>::<name>, e.g. 12-pedrohcgs-claude-code-my-workflow::data-analysis), or the full skills/<collection>/.../SKILL.md path.

Key Files

  • catalog/skills.json: machine-readable list of vendored skills.
  • catalog/skills-enriched.json: same list plus tier, tags, quality_score, license, and commercial_use for filtering.
  • catalog/curation.json: hand-curated routing tiers (core collections, the preferred copy of each duplicated name, out-of-domain prefixes). Ranking only — nothing is removed.
  • scripts/find-skill.py: ranked search over the catalog (the router's search step).
  • docs/SKILL_CATALOG.md: human-readable skill index.
  • docs/TAXONOMY.md: task and method taxonomy.
  • docs/GOLDEN_WORKFLOWS.md: ready-to-use empirical-research prompts.
  • docs/INSTALL.md: runtime installation guidance for single-skill and whole-repo use.
  • docs/CONTENT_ZH.md and README-zh-CN.md: Chinese-language collection index and entry point. Prefer these when the user is working in Chinese — several collections (de-AIGC, SSCI/CSSCI polishing, Chinese academic writing) are documented there in more detail than in the English docs.

Tips for Auto Empirical Research Skills

  • • Start a fresh session after installing so your agent picks up the new skill.
  • • It is part of a pack with 26 skills. Install only the ones you need with --skill to keep triggers precise.
  • • If two skills overlap, mention the one you want by name.

Questions about Auto Empirical Research Skills

What does the Auto Empirical Research Skills skill do?

Route empirical-research requests through the Auto-Empirical Research Skills catalog when this whole repository is installed as one skill in Codex, CodeBuddy, Claude Code, or another IDE. Use to choose and load the right vendored AERS skill for causal inference, econometrics, replication, data acquisition, manuscript writing, peer review and referee responses, citation checking, de-AIGC editing, or full empirical-pap

How do I install Auto Empirical Research Skills?

Run "npx skills add brycewang-stanford/Auto-Empirical-Research-Skills --skill auto-empirical-research-skills" in your project. The skills CLI installs it for Claude Code, Cursor, Codex and 70+ other agents. In Claude on the web, upload the skill folder as a ZIP under Customize > Skills.

Does Auto Empirical Research Skills work in Cursor and Codex?

Yes. Auto Empirical Research Skills uses the open SKILL.md format, so it works in Claude Code, Claude, Cursor, OpenAI Codex, Gemini CLI, GitHub Copilot and other agents that support agent skills.

Is Auto Empirical Research Skills free?

Auto Empirical Research Skills is open source on GitHub. It is free to install; check the license before commercial use.

Who made Auto Empirical Research Skills?

Auto Empirical Research Skills is published by brycewang-stanford in the brycewang-stanford/Auto-Empirical-Research-Skills repository, together with 25 other skills.

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