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 facing 2+ independent investigations that can proceed without shared state - parallel literature survey, multi-dataset replication, or pre-specified robustness checks
$ npx -y skills add K-Dense-AI/science-superpowers --skill dispatching-parallel-investigations --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/dispatching-parallel-investigationsContext preview
The summary Claude sees to decide when to auto-load this skill.
Use when facing 2+ independent investigations that can proceed without shared state - parallel literature survey, multi-dataset replication, or pre-specified robustness checks
name: dispatching-parallel-investigations description: Use when facing 2+ independent investigations that can proceed without shared state - parallel literature survey, multi-dataset replication, or pre-specified robustness checks
You delegate investigations to specialized agents with isolated context. By precisely crafting their instructions, you keep each focused and preserve your own context for synthesis. They never inherit your session history — you construct exactly what each needs.
When you have multiple independent investigations (different datasets, different sub-topics in a literature survey, different pre-specified robustness checks), running them sequentially wastes time. Each is independent and can run in parallel.
**Core principle:** One agent per independent investigation. Let them run concurrently, then synthesize.
Parallelism multiplies researcher degrees of freedom. If you dispatch 20 specifications and report the one that "works," you have p-hacked at scale — parallelism made it faster, not more honest.
digraph when_to_use {
"Multiple investigations?" [shape=diamond];
"Independent?" [shape=diamond];
"Pre-specified or all-reported?" [shape=diamond];
"Single agent / sequential" [shape=box];
"STOP: this is spec-hunting" [shape=box];
"Parallel dispatch" [shape=box];
"Multiple investigations?" -> "Independent?" [label="yes"];
"Independent?" -> "Single agent / sequential" [label="no - shared state"];
"Independent?" -> "Pre-specified or all-reported?" [label="yes"];
"Pre-specified or all-reported?" -> "Parallel dispatch" [label="yes"];
"Pre-specified or all-reported?" -> "STOP: this is spec-hunting" [label="no - cherry-picking"];
}**Use when:**
**Don't use when:**
Group by what's being examined. Each must be understandable without the others.
Each agent gets:
Task("Survey prior effect sizes for X in domain A")
Task("Survey known confounds for X")
Task("Replicate the primary model on dataset B, exact spec")1. **Focused** — one investigation 2. **Self-contained** — all context to understand it, including the exact specification for a robustness check 3. **Specific about output** — the result, the method used, and enough to reproduce
Replicate the primary model on dataset B. Use EXACTLY this pre-registered specification (do not alter it to improve fit): outcome ~ exposure + age + site, OLS, exclude rows with missing exposure Dataset B is at data/raw/site_b.csv (immutable). Set seed 20260528. Validate the loaded shape, run the model, report: - the coefficient on exposure with 95% CI and p - N used and any rows excluded (with reason) Do NOT try alternative specifications. Report this one result.
After agents return: 1. Read each summary 2. Verify each result independently (`science-superpowers:verifying-results-before-claiming`) 3. Check for conflicts between investigations 4. Report the full set — agreements and disagreements alike
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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