Getting Started with Research Superpowers
About Getting Started with Research Superpowers
A set of Claude Code skills for systematic literature search and review, from query formulation through screening, extraction, and synthesis. It focuses on published papers rather than experimental data analysis or experiment design.
Key features
- 01Search PubMed and Semantic Scholar
- 02Create and refine screening rubrics
- 03Screen abstracts and full papers
- 04Extract methods and findings
- 05Follow citation networks
- 06Parallel screening for large searches
Use cases
- 01Conduct a systematic literature review
- 02Screen a large set of papers
- 03Find methods and measurements in papers
- 04Trace relevant citations and open-access copies
Install
Copy the command and run it in a terminal.
npx skills add https:/ / github.com/ kthorn/ research-superpower --skill getting-started-with-research-superpowersAfter installing, type/getting-started-with-research-superpowersin Claude Code to confirm it loaded.
Details
From the project READMEGetting Started with Research Superpowers
Research Superpowers gives Claude Code systematic workflows for literature searching and review.
Focus: Finding, screening, and extracting data from published papers. NOT for analyzing experimental data or designing experiments.
What You Can Do
Use these skills for systematic literature reviews:
- Search literature - PubMed and Semantic Scholar integration
- Build screening rubrics - Define and test relevance criteria collaboratively
- Screen papers - Two-stage screening (abstract → deep dive) with scoring
- Extract data - Find specific methods, results, measurements from papers
- Traverse citations - Smart backward/forward citation following
- Large-scale screening - Parallel subagent processing for 50+ papers
- Track findings - Organized research sessions with summaries, PDFs, and deduplication
Available Skills
Literature Search & Review Skills (skills/research/)
- answering-research-questions - Main orchestration workflow (search → screen → extract → synthesize)
- building-screening-rubrics - Collaborative rubric design with test-driven refinement
- searching-literature - PubMed search with keyword optimization
- evaluating-paper-relevance - Two-stage screening (abstract → deep dive)
- subagent-driven-review - Parallel screening for large searches (50+ papers)
- checking-chembl - Check if medicinal chemistry papers have curated SAR data in ChEMBL
- traversing-citations - Semantic Scholar citation network traversal
- finding-open-access-papers - Unpaywall API to find free versions of paywalled papers
- cleaning-up-research-sessions - Safe cleanup of intermediate files after research complete
Basic Workflow
When user asks a literature search question:
- Read answering-research-questions skill - Main orchestration
- Announce: "I'm using the Answering Research Questions skill"
- Parse query - Extract keywords, data types, constraints
- Create research folder - Propose name, initialize tracking
- Optional: Build rubric - For large searches (50+ papers), use building-screening-rubrics skill
- Search → Screen → Extract → Traverse - Follow the workflow
- Check in regularly - Every 10 papers, checkpoint every 50
Research Session Folders
Each query creates a folder in research-sessions/:
research-sessions/YYYY-MM-DD-query-description/
├── SUMMARY.md # Main findings
├── papers-reviewed.json # Deduplication tracking (DOI → status)
├── papers/ # Downloaded PDFs and supplementary data
└── citations/ # Citation graph tracking
Core Principles
For systematic literature review:
- Precision over breadth - Find papers with specific data you need, not just topical matches
- Test-driven screening - Build and validate rubrics before bulk processing
- Smart citation following - Only traverse relevant citations to avoid exponential explosion
- Deduplicate aggressively - Track ALL reviewed papers by DOI (even non-relevant)
- Cache abstracts - Save for re-screening when rubrics change
- Report progress - Update user every 10 papers as work proceeds
- Checkpoint frequently - Ask to continue or stop every 50 papers
- Reproducible - Save rubrics, queries, and methodology with research sessions
API Information
PubMed E-utilities (no key required):
- Search:
https://eutils.ncbi.nlm.nih.gov/entrez/eutils/esearch.fcgi - Details:
https://eutils.ncbi.nlm.nih.gov/entrez/eutils/esummary.fcgi - Full text:
https://eutils.ncbi.nlm.nih.gov/entrez/eutils/efetch.fcgi
Semantic Scholar (free tier works, optional key for higher limits):
- Paper:
https://api.semanticscholar.org/graph/v1/paper/DOI:{doi} - References:
https://api.semanticscholar.org/graph/v1/paper/{id}/references - Citations:
https://api.semanticscholar.org/graph/v1/paper/{id}/citations
Finding Skills
Use the find-skills script to search for relevant skills:
# From project directory
./scripts/find-skills # List all skills
./scripts/find-skills literature # Search for "literature"
./scripts/find-skills 'cite|ref' # Regex search
Remember
- Always start by reading the relevant research skill
- Announce skill usage when you begin
- Track everything in the research folder
- Check in with user regularly during long searches
- Deduplicate using papers-reviewed.json (DOI as key)