| name | academic-research |
| description | A tool for rigorous academic research using Semantic Scholar and ArXiv. Focuses on finding highly-cited papers, retrieving abstracts, and following citation trails to understand the provenance of ideas. |
Academic Research Skill
This skill allows you to function as an academic researcher, finding and analyzing scholarly papers with a focus on impact and provenance.
Capabilities
- Search Papers: Find papers by keyword, ensuring relevance.
- Analyze Impact: Filter by citation count to identify seminal works.
- Trace Provenance: (Optional) Find papers that cite a target paper to seeing how the field evolved.
- Get Details: Retrieve abstracts and direct PDF links.
Usage
Run the python script search_papers.py to perform searches.
Arguments
query (required): The search term.
--limit (optional): Max results (default 5).
--year (optional): Year range (e.g., "2023-2025").
--sort (optional): Sort by "relevance" or "citationCount" (default "relevance").
--open-access (optional): Only return open access papers.
Example
python3 search_papers.py "Large Language Models" --sort citationCount --limit 5
python3 search_papers.py "Retrieval Augmented Generation" --year 2024-2025
Output Format
The script outputs a JSON object (or JSON-lines) containing:
title
authors
year
abstract (truncated if too long)
citationCount
url
pdf_url (if available)
Tips for the Agent
- Be Skeptical: High citation count doesn't always mean "correct," but it means "influential."
- Check Recency: For fast-moving fields (AI), prioritize year > citations.
- Contextualize: When summarizing, mention who wrote it (e.g., "DeepMind," "Stanford") and when.