

Graphreasoning
Overview :
GraphReasoning is a project that utilizes generative AI techniques to transform 1,000 scientific papers into knowledge graphs. Through structured analysis, it computes node degrees, identifies communities and connectivity, evaluates clustering coefficients and betweenness centrality of key nodes, revealing a fascinating knowledge architecture. The graph exhibits scale-free properties and a high degree of interconnectivity, facilitating graph reasoning that leverages transitivity and isomorphism to uncover unprecedented interdisciplinary relationships for answering questions, identifying knowledge gaps, proposing innovative material designs, and predicting material behaviors.
Target Users :
The target audience for GraphReasoning includes researchers, data scientists, and AI developers. It is well-suited for them as it offers an innovative framework for uncovering novel connections and deep patterns within scientific literature through graph analysis and generative AI.
Use Cases
Researchers use GraphReasoning to explore connections between different scientific domains, such as similarities between physics and music theory.
Data scientists utilize the model to predict behaviors of new materials by analyzing the graph structure of existing materials.
AI developers use the API of GraphReasoning to develop new applications for pattern recognition and complex problem-solving.
Features
Employ graph reasoning using transitivity and isomorphic properties.
Compute deep node embeddings for coupled node similarity ranking.
Link disparate concepts through path-sampling strategies.
Structured analysis reveals structural similarities between biomaterials and Beethoven's Ninth Symphony.
Algorithms propose hierarchical mycelial composites based on integrated path sampling and principles extracted from Kandinsky's 'Composition VII'.
Unveil isomorphisms between science, technology, and art, showcasing context-dependent heterogeneous ontologies.
Establish a broadly useful framework for innovation by revealing hidden connections.
How to Use
Visit the GitHub page and clone or download the GraphReasoning repository.
Install the necessary dependencies such as Python, networkx, and any other essential libraries.
Read the README file to understand how to set up and run the code.
Utilize the provided tools and functions to analyze graphs, for instance by using the 'find_shortest_path' function to identify the shortest path between two nodes.
Leverage graph generation tools to create new graphs from text or to add subgraphs to existing ones.
Use the provided API for graph analysis, reasoning, and visualization.
Refer to the API documentation for an in-depth understanding of the various functionalities and classes offered by GraphReasoning.
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