Sf research design
Skill brycewang-stanford/Awesome-Journal-Skills/Social-Forces-Skills/skills/sf-research-design
Journal-specific Claude Code/Codex skill packs covering mainstream journals — AER, QJE, Nature, Cell, 管理世界, 经济研究 & 200+ more — your fast track to getting published. | 覆盖主流期刊的 Claude Code/Codex 期刊技能包,从选题、识别策略到表格规范与审稿回复全流程,助你快速发论文。
npx -y skills add brycewang-stanford/Awesome-Journal-Skills --skill sf-research-designAssembled from the repository path, not quoted from the project. Check it against their README if it does not work.
What its author says it does
Copied from the file, not written here
Use when defending the research design of a Social Forces (SF) manuscript — causal identification for quantitative work, formal demographic design, case selection and process tracing for comparative-historical and ethnographic work, network and computational designs. SF's reputation rests on methodological rigor. Strengthens the design; it does not write code.
SKILL.md
7.3 KB, as published. Nobody here has run it
Research Design (sf-research-design)
Social Forces is known for methodological rigor, and its reviewers are demanding about each
tradition. The design must credibly connect the argument (sf-theory-building) to evidence and rule
out the strongest alternative. This skill is mode-aware: pick the section that matches your work and
defend it on its own terms.
When to trigger
- Specifying identification, demographic design, case selection, or a network/computational pipeline
- A reviewer questioned causal claims, case choice, measurement, or a confound
- Deciding what design buys the cleanest test of your mechanism within a tight word budget
- Justifying why your design adjudicates the rival account from
sf-literature-positioning
Quantitative / causal inference
- Identification first. State the estimand and the assumptions that license a causal reading (ignorability, parallel trends, exclusion, continuity). Defend them, don't assert them.
- Designs: panel/fixed effects, DID/event study (use modern staggered-adoption estimators, not naive TWFE), IV (first-stage strength, exclusion, weak-IV-robust inference), RDD (density tests, bandwidth robustness), matching/weighting with balance + sensitivity.
- Inference: cluster at the level of treatment/sampling; account for complex survey designs and weights; correct for multiple comparisons when testing many implications.
- Sensitivity: how strong must an unobserved confounder be to overturn the result?
Demographic
- Be explicit about period vs. cohort, exposure, and standardization/decomposition choices.
- Handle censoring and competing risks correctly in event-history work; justify the hazard form.
Comparative-historical / ethnographic
- Case selection justified by design logic (typical, deviant, most/least-likely, paired comparison) — not convenience. Say what the case is a case of.
- Process tracing with explicit tests (hoop, smoking-gun, straw-in-the-wind); state what evidence would have disconfirmed the argument.
- Source transparency: archives, interviews, fieldnotes — plan how they will be documented and
cited (see
sf-data-and-transparency).
Network / computational
- Justify boundary specification, tie definition, and the null/baseline you compare against.
- Validate any computational measure (e.g., classifier, topic model) against human-labeled samples.
The adjudication test (SF-specific)
For the single strongest rival explanation, write one sentence: "If the rival were true rather than my argument, the data would look like ___; instead they look like ___." If you cannot, the design does not yet identify the contribution.
Execution bridge (StatsPAI / Stata MCP)
Estimate and audit the design, don't only describe it. Full map:
execution-with-mcp. Social Forces is quantitative sociology — survey and administrative panels; emphasize identification, decomposition, and multilevel inference.
detect_design→recommend→ fit withas_handle=true→audit_result.- Observational causal claims: staggered DiD (
callaway_santanna/sun_abraham+bacon_decomposition+honest_did_from_result); IV (effective_f_test+anderson_rubin_ci); RDD (rdrobust+mccrary_test). - Experiments: randomization-based inference,
romano_wolffor many-outcome family-wise control, andmediatefor mediation (not naive controlling-away). - Sensitivity:
oster_delta/sensemakrfor observational claims.
Report the effect size in interpretable units; route the full battery to the appendix/supplement. A run end-to-end (synthetic data, real returns) is in the JF execution walkthrough.
Anti-patterns
- Naive TWFE on staggered treatment; clustering at the wrong level
- "Causal" language on a design that only supports association
- Convenience case selection dressed up as theory-driven
- An unvalidated computational measure treated as ground truth
- A design that cannot distinguish your argument from the leading alternative
What SF referees probe in the design
Because Social Forces built its standing on methodological rigor across a broad discipline, its referees read the design for whether the strongest alternative is actually ruled out — not whether the method is fashionable. A practical gate by mode:
| Design mode | The check an SF referee runs first | Common decline trigger |
|---|---|---|
| Quant-causal | Estimand stated and key assumption defended? | "Causal" verbs on an associational design |
| Panel / DID | Modern staggered estimator + parallel-trends evidence? | Naive TWFE on staggered adoption |
| Demographic | Period vs. cohort, exposure, standardization explicit? | Rates compared without standardization |
| Comparative-historical | Case justified as a case of something? | Convenience case dressed as theory-driven |
| Network / computational | Boundary, tie definition, validated measure vs. a null? | Classifier output as ground truth |
Calibration (hedged): SF welcomes all these traditions, but the bar is rigor on the tradition's own terms plus general-sociology significance — less theory-maximalist than AJS/ASR yet far stricter on identification than a descriptive outlet. Confirm method-specific expectations against current practice.
Worked vignette (illustrative)
A neighborhoods-and-attainment study uses a sibling comparison: children in one family exposed to different neighborhood poverty via a mid-childhood move. Movers to lower-poverty tracts show a 0.12 SD test-score gain (illustrative). SF-grade adjudication: "If the effect were pure selection it should vanish within families; instead the within-family estimate is 0.09 SD, so selection explains at most a quarter." Pairing this with an Oster-style sensitivity bound moves an SF referee from skeptic to advocate.
Referee-pushback patterns and the SF fix
- "Selection threatens the inference" → add a within-unit comparison or sensitivity bound.
- "Mechanism under-specified" → state the observable implication tested and what would have disconfirmed it.
- "Clustering at the wrong level" → cluster at treatment/sampling level; wild-cluster bootstrap if few.
Output format
【Mode】quant-causal / demographic / comparative-historical / ethnographic / network-computational
【Estimand or claim】what is being identified/shown
【Key assumption(s)】and how each is defended
【Rival ruled out】the adjudication sentence
【Robustness/sensitivity】planned checks
【Next】sf-data-analysis
Supplementary resources
../../resources/external_tools.md— design/identification packages (R/Stata/Python), demography, networks, CAQDAS/QCA../../resources/official-source-map.md— SF rigor reputation and scope