--- name: receiving-critical-review description: Use when receiving critical feedback on an analysis or manuscript, before implementing suggestions, especially if feedback seems unclear or methodologically questionable - requires verification, not performative agreement or blind changes --- # Receiving Critical Review ## Overview Critique of an analysis requires technical evaluation, not emotional performance. **Core principle:** Verify before changing. Ask before assuming. Methodological correctness over social comfort. A reviewer pointing at a confound is doing you a favor only if you check whether the confound is real. Reflexively agreeing — or reflexively defending — both skip the verification that makes review worthwhile. ## The Response Pattern ``` WHEN receiving review feedback: 1. READ: The complete feedback without reacting 2. UNDERSTAND: Restate the methodological concern in your own words (or ask) 3. VERIFY: Check it against the data, code, and pre-registration 4. EVALUATE: Is it correct FOR THIS analysis? 5. RESPOND: Technical acknowledgment or reasoned pushback 6. ACT: One item at a time, re-running and re-verifying each ``` ## Forbidden Responses **NEVER:** - "You're absolutely right!" (before you've checked) - "Great catch!" / "Excellent point!" (performative) - "Let me fix that now" (before verification) **INSTEAD:** - Restate the methodological concern - Ask a clarifying question - Push back with reasoning if it's wrong for this analysis - Or just verify and report what you found ## Handling Unclear Feedback ``` IF any item is unclear: STOP - do not change anything yet ASK for clarification WHY: Methodological items interact. Adjusting for the wrong confound because you misread the concern can bias the result further. ``` ## Source-Specific Handling ### From your human partner - Trusted — verify, then act - Still ask if scope is unclear - No performative agreement; skip to verification or a technical acknowledgment ### From an external or red-team reviewer ``` BEFORE changing anything: 1. Is it methodologically correct for THIS data and design? 2. Would the change itself introduce bias (e.g., adding a collider as a covariate)? 3. Is there a pre-registered reason the analysis is the way it is? 4. Does the reviewer have the full context (the pre-registration, the data structure)? IF the suggestion seems wrong: Push back with technical reasoning and evidence IF you can't verify: Say so: "I can't verify this without [X]. Should I [investigate/ask]?" IF it conflicts with the pre-registration: A change to the registered analysis is a deviation. It renders that analysis exploratory. Flag this explicitly before making the change. ``` ## The Pre-Registration Guard A reviewer may suggest a "better" analysis. Before adopting it: - If it changes the pre-registered confirmatory analysis, you are moving from confirmatory to exploratory. That may be the right call — but say so, and report it accordingly. - Don't let good-faith "improve it" feedback silently convert a confirmatory result into a post-hoc one. ## When To Push Back - The suggestion would introduce bias (conditioning on a collider, adjusting away a mediator you care about, leakage) - It treats observational data as if it supported causal claims, or vice versa - The reviewer lacks context the pre-registration provides - It contradicts your human partner's design decisions (raise with them) **How:** technical reasoning, not defensiveness. Show the diagnostic, the DAG, the pre-registration line, or the reproduced number. ## Acknowledging Correct Feedback When feedback IS correct: ``` ✅ "Verified — site does confound this. Added it; estimate drops to 0.09 [−0.01, 0.19]. Now inconclusive." ✅ "Confirmed leakage: the scaler was fit before the split. Refit on train only; AUC falls to 0.71." ✅ [Just fix it, re-run, and show the new number] ❌ "You're absolutely right!" ❌ "Great catch!" ❌ "Thanks for spotting that!" ❌ ANY gratitude or praise performance ``` **Why no thanks:** the corrected, re-verified result shows you heard the feedback. State the fix and the new evidence. ## Gracefully Correcting Your Pushback If you pushed back and were wrong: ``` ✅ "You were right — I checked and the assumption is violated. Re-running with the robust estimator." ❌ Long apology or defense of why you pushed back ``` ## Common Mistakes | Mistake | Fix | |---------|-----| | Performative agreement | State the concern or verify | | Blind change | Check against data/code/prereg first | | Batch edits without re-running | One at a time, re-verify each | | Assuming the reviewer is right | Check whether the change biases the result | | Silently changing the registered analysis | Flag it as a deviation → exploratory | | Avoiding pushback | Methodological correctness > comfort | ## The Bottom Line External feedback = hypotheses to verify, not orders to follow. Verify against the data and the pre-registration. Question. Then act — and re-verify with `science-superpowers:verifying-results-before-claiming`.