Use this skill to execute and document the estimation for a JFQA empirical finance paper so it is both credible and reproducible from the code you will archive (see jfqa-replication-and-data-policy).
If the paper is theoretical, lighten this skill: replace empirical estimation with reproducible numerical examples / calibrations that illustrate the propositions, and document the computation so a reader can rerun it.
| Setting | Inference JFQA referees expect | Also show |
|---|---|---|
| Firm panel, persistent outcome | two-way cluster (firm and year), or firm cluster with year FE | robustness to the other clustering choice |
| Fama-MacBeth on monthly returns | Newey-West with the lag count stated and justified | plain FMB SEs for comparison |
| Staggered policy adoption | cluster at the level of treatment assignment (e.g., state) | event-study leads/lags |
| Few clusters (roughly < 50) | wild cluster bootstrap p-values | the cluster count itself |
| Overlapping long-horizon returns | Newey-West/Hodrick lags matched to the horizon | non-overlapping subsample check |
| Generated regressors (betas, fitted values) | bootstrap or an errors-in-variables correction | the uncorrected SEs flagged as such |
An unjustified clustering choice is among the most common JFQA referee complaints; pre-empt it in the table notes, not just the text.
Hypothetical study of cash holdings and supplier concentration. Sample: Compustat 1990-2023, financials (SIC 6000-6999) and utilities (4900-4999) dropped, ratios winsorized at the 1st/99th percentiles. With firm and year fixed effects and two-way clustering, the standardized coefficient is 0.021 (t = 3.4): a one-SD rise in concentration moves cash/assets by 2.1 pp, about 12% of the 17.5 pp sample mean. The JFQA-grade write-up reports the 12%-of-mean line next to the t-stat, names the clustering in the note, and adds a falsification on firms with nationally diversified suppliers where the mechanism predicts nothing.
Run the battery, don't just enumerate it. Full map:
execution-with-mcp. JFQA is empirical finance (asset pricing + corporate) — the DiD / IV / RDD chain for corporate causal claims, the factor-zoo haircut for cross-sectional pricing.
romano_wolf (step-down FWER, accounts for
cross-test correlation) or benjamini_hochberg — report the adjusted threshold.oster_delta / sensemakr — the confounder strength that would
overturn the headline.wild_cluster_bootstrap (few clusters), twoway_cluster / conley.audit_result(result_id) lists the missing checks and the
exact suggest_function for each — no guessing the battery.etable / did_summary_to_latex from the handle — no retyped numbers.Keep the decisive checks in the body and the exhaustive (now actually-run) battery in the appendix. See the executed chain in the JF execution walkthrough.
【Sample】sources, filters, period, N firms/obs
【Estimator】FE / FMB / DID / IV + clustering justified
【Magnitudes】economic effect sizes reported
【Robustness】samples / definitions / placebos
【Next step】jfqa-tables-figures