Reading List

This reading list provides a curated selection of resources related to the intersection of AI, biology, knowledge graphs, and the future of scientific research. Each entry is accompanied by contextual information and categorized to enhance understanding and facilitate deeper exploration.

AI & Automation in Science

  • Sakana AI Scientist Agents

    • Category: AI Agents, Scientific Automation

    • Context: Explores the development of AI scientist agents capable of autonomously conducting experiments and generating hypotheses.

  • AI Tools Are Spotting Errors in Research Papers: Inside a Growing Movement

    • Category: AI in Research, Error Detection

    • Context: Discusses the use of AI tools to identify errors in scientific research papers, improving accuracy and reliability.

  • BioAgents: Accelerating Decentralized Science with AI Agents

Knowledge Graphs & Data Management

  • The Implicitome: A Resource for Rationalizing Gene-Disease Associations

    • Category: Knowledge Graphs, Gene-Disease Relationships

    • Context: Provides data and tools for understanding gene-disease associations, aiding in knowledge graph creation.

  • SciGraph: The Dawn of a New Scientific Era

  • FAIR Guiding Principles for Scientific Data Management and Stewardship

    • Category: Data Management, FAIR Principles

    • Context: Outlines the FAIR principles for managing scientific data, crucial for data quality and reusability.

  • FAIR Principles: Interpretations and Implementation Considerations

    • Category: Data Management, FAIR Implementation

    • Context: Offers practical guidance on implementing the FAIR principles in real-world research.

  • The Anatomy of a Nanopublication

    • Category: Data Sharing, Nanopublications

    • Context: Explains the structure and components of nanopublications, enhancing transparency and reproducibility.

  • The Comparative Anatomy of Nanopublications and FAIR Digital Objects

    • Category: Data Sharing, FAIR Digital Objects

    • Context: Compares nanopublications with FAIR Digital Objects, improving understanding of data sharing.

  • Percolation Theory

    • It mathematically studies connected clusters forming in random graphs or lattices, modeling phenomena like fluid flow through porous media.

    • Percolation analyzes phase transitions, identifying critical thresholds where large-scale connectivity suddenly emerges across the system.

    • In knowledge graphs, it helps optimize by identifying crucial connections and assessing network robustness or information diffusion pathways.

BioTech and TechBio Perspectives

Additional BioHack Reading Materials

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