Core Insights - Blockchain technology has transcended the financial sector, impacting areas such as law, management, supply chain, and public governance, promising a new paradigm of trust through decentralized consensus [1] - The proliferation of blockchain-related projects has led to a conceptual and value confusion, challenging scholars to discern genuine academic value amidst the noise [1] - A systematic understanding of the technology's essence is essential for identifying worthwhile academic directions in blockchain research [1] Group 1: Academic Resources - "Research on Chinese Strategies for Developing Blockchain Payment Systems" focuses on China's strategic development of blockchain payment systems, providing a theoretical framework based on three major economic theories: the "trilemma theory," "free currency theory," and "transaction cost theory" [2][5] - "International Handbook of Blockchain Law" offers an in-depth analysis of blockchain technology principles, regulatory policies, smart contracts, data privacy, capital markets, and crypto-assets, serving as a crucial reference for legal practitioners and scholars [2][7] - "Convergence of Blockchain, Internet of Everything, and Federated Learning for Security" explores the integration of blockchain with IoE and federated learning to enhance digital ecosystem security, emphasizing its importance in modern digital environments [2][10] Group 2: Practical Guides - "Blockchain Technology for the Engineering and Service Sectors" serves as a guide for leveraging blockchain technology to drive cross-industry innovation and efficiency, discussing current challenges and future prospects [2][12] - "Hands-On Blockchain for Python Developers" is a practical guide for Python developers, detailing how to build decentralized applications using Python and related frameworks, covering essential topics like smart contracts and secure content storage [2][15]