Scientific Paper Agent
This project implements an intelligent research assistant that helps users navigate, understand, and analyze scientific literature using LangGraph and advanced language models. By combining various academic API with sophisticated paper processing techniques, it creates a seamless experience for researchers, students, and professionals working with academic papers. NOTE: The presented workflow is not domain specific: each step in the graph can be adapted to a different domain by simply changing the prompts.
Research literature review represents a significant time investment in R&D, with studies showing that researchers spend 30-50% of their time reading, analyzing, and synthesizing academic papers. This challenge is universal across the research community. While thorough literature review is crucial for advancing science and technology, the current process remains inefficient and time-consuming. Key challenges include: - Extensive time commitment (30-50% of R&D hours) dedicated to reading and processing papers - Inefficient search processes across fragmented database ecosystems -…
What you'll learn
- 1State-Driven Workflow Engine
- 2StateGraph Architecture: Five-node system for orchestrated research
- 3Decision Making Node: Query intent analysis and routing
- 4Planning Node: Research strategy formulation
- 5Tool Execution Node: Paper retrieval and processing
- 6Judge Node: Quality validation and improvement cycles
About this tutorial
This hands-on Jupyter notebook is part of GenAI Agents, a free open-source repository by Nir Diamant covering ai agents techniques with runnable code examples and detailed explanations.
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