designing-the-analysis
Use when you have an approved research question and need a concrete analysis plan, before touching outcome data or fitting any…
Use when about to claim a result, effect, significance, or that an analysis reproduces, before reporting or writing it up - requires running the analysis fresh and reading the actual output first; evidence before claims always
$ npx -y skills add K-Dense-AI/science-superpowers --skill verifying-results-before-claiming --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/verifying-results-before-claimingContext preview
The summary Claude sees to decide when to auto-load this skill.
Use when about to claim a result, effect, significance, or that an analysis reproduces, before reporting or writing it up - requires running the analysis fresh and reading the actual output first; evidence before claims always
name: verifying-results-before-claiming description: Use when about to claim a result, effect, significance, or that an analysis reproduces, before reporting or writing it up - requires running the analysis fresh and reading the actual output first; evidence before claims always
Claiming a finding without fresh verification is dishonesty, not efficiency.
**Core principle:** Evidence before claims, always.
**Violating the letter of this rule is violating the spirit of this rule.**
NO CLAIMS WITHOUT FRESH REPRODUCED EVIDENCE
If you haven't run the analysis in this state and read its actual output, you cannot claim its result. "It was significant earlier" is not evidence now.
BEFORE claiming any result or expressing satisfaction:
1. IDENTIFY: What command/analysis proves this claim?
2. RUN: Execute it fresh and complete (from the immutable raw data, fixed seed)
3. READ: The actual output — the estimate, the interval, the p-value, the diagnostics
4. CHECK: Do the method's assumptions hold? Does it reproduce?
For a CONFIRMATORY claim: does the pre-registration audit pass?
(prereg.sh, ships with science-superpowers:preregistering-analysis:
<skills root>/preregistering-analysis/prereg.sh audit)
5. VERIFY: Does the output actually support the claim?
- If NO: state the real result with evidence
- If YES: state the claim WITH the evidence (number + interval)
6. ONLY THEN: make the claim
Skip any step = asserting, not verifying| Claim | Requires | Not Sufficient | |-------|----------|----------------| | "The effect is significant" | Fresh run; read estimate, CI, and p | "It was significant before" | | "There's no effect" | Effect size + interval showing precision | A non-significant p (could be underpowered) | | "The result reproduces" | Re-run from raw data + fixed seed → same number | "It ran fine earlier" | | "Assumptions are met" | The diagnostic output, read | "It's probably fine" | | "The model is good" | Out-of-sample metric | In-sample fit / training accuracy | | "Data cleaned correctly" | Validation counts (rows in/out, ranges) | "The script ran without error" | | "Confirmatory finding" | `prereg.sh audit` passes AND re-run as registered | The prereg file was committed before the results (it may have been edited after) | | "The subagent finished" | Inspect the committed artifacts/diff | The subagent said "done" |
| Excuse | Reality | |--------|---------| | "It was significant last run" | Re-run it now. Code/data may have changed. | | "I'm confident in the result" | Confidence is not evidence. | | "The script ran without errors" | Running ≠ correct. Read the output. | | "p < .05, so it's real" | p is not the probability the effect is real. Report effect + interval. | | "p > .05, so no effect" | Could be underpowered. Absence of evidence ≠ evidence of absence. | | "The subagent reported success" | Verify the artifacts independently. | | "The prereg was committed before the results, so it's frozen" | Commit order misses post-freeze edits to the registration. Run `prereg.sh audit`; read the frozen-vs-current diff. | | "It reproduces, I'm sure" | Re-run from raw + seed and show the same number. | | "Different words, so the rule doesn't apply" | Spirit over letter. |
**Significance / effect:**
✅ [Re-run the model] [Read: beta=0.23, 95% CI [0.08, 0.38], p=.002] "Exposure raises the outcome; CI excludes zero." ❌ "The effect looked significant."
**Reproducibility:**
✅ Fresh env → re-run from data/raw with seed → same estimate to reported precision → "Reproduces." ❌ "It ran earlier, so it reproduces."
**Null result:**
✅ [Read: beta=0.01, 95% CI [-0.12, 0.14]] "No detectable effect; the interval rules out effects larger than ~0.14." ❌ "p=0.3, so there's no effect."
**Model performance:**
✅ [Held-out test set, used once] [AUC=0.78] "Out-of-sample AUC 0.78." ❌ "Training accuracy is 0.97, the model is great."
**Confirmatory label:**
✅ [Run prereg.sh audit] [Read: RESULT: PASS] → apply the frozen decision rule to the fresh output ❌ "The pre-registration predates the results commit, so the finding is confirmatory."
**Subagent delegation:**
✅ Subagent reports done → inspect committed code + output artifact → confirm → report actual state ❌ Trust the report
**ALWAYS before:**
**Applies to:** exact phrases, paraphrases, synonyms, and any implication of a verified finding.
Run it fresh. Read the output. Check it reproduces. THEN state the result — with the number and the interval.
This is non-negotiable.
Science Superpowers is a complete computational-science methodology for your research agents, built on a set of composable skills plus initial instructions that make sure your agent actually uses them.
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