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counter-experimentlisted

Design the experiments that would break or confirm a claim. Not critique (what's wrong) but generative opposition (what would you need to see). Given any empirical claim, hypothesis, or finding, generate 3-5 specific, feasible experiments that would distinguish between the proposed interpretation and simpler alternatives. Triggers on: 'what experiment would test this,' 'how would you break this,' 'design the falsification,' 'counter-experiment,' 'what would Reviewer 2 want to see,' 'what control is missing,' 'the experiment they didn't run,' or any moment when a claim needs empirical testing rather than rhetorical critique. Also triggers when a paper's interpretation could be distinguished from a simpler alternative by a specific experimental design.
Wondermonger-daydreaming/claude-skills-library · ★ 4 · Testing & QA · score 75
Install: claude install-skill Wondermonger-daydreaming/claude-skills-library
# Counter-Experiment *Not "what's wrong with your claim" but "what would I need to see to believe it — or to know it's wrong."* ## The Practice Given any empirical claim, generate the experiments that would *resolve the ambiguity* between the proposed interpretation and the most plausible alternatives. This is not critique. This is constructive falsification design — Karl Popper as laboratory architect. ## The Protocol ### Step 1: State the Claim Precisely Strip the claim to its falsifiable core. Remove hedging, remove theoretical framework, remove rhetoric. What is the paper *actually predicting* that can be tested? Example from the session that generated this skill: - Claim as stated: "Quantum entanglement enables nonlocal consciousness during clinical death" - Claim stripped to testable core: "Stimulus sequences generated by entangled qubits produce higher recall accuracy in cardiac arrest survivors than random sequences" ### Step 2: Generate the Simplest Alternative Explanation What's the most parsimonious account that would produce the same data without the proposed mechanism? This is not a straw man — it's the strongest simple alternative. Example: "Non-random (entangled) sequences contain structural patterns that are inherently more memorable than random sequences, through entirely classical cognitive mechanisms. No quantum consciousness required." ### Step 3: Design 3-5 Experiments That Discriminate Each experiment should produce *different predictions* un