世界顶尖科学家协会发布OPENSCI项目，探索面向未来的开放科学基础设施新范式

Core Insights - The World Laureates Association (WLA) has launched the OPENSCI project, aimed at establishing a sustainable path for the long-term preservation, verification, and collaboration of global scientific knowledge using next-generation digital technologies [1][3]. Group 1: Project Overview - OPENSCI was officially introduced during the World Laureates Summit 2026 in Dubai, which gathered top scientists, Nobel laureates, government representatives, and public institution leaders to discuss key issues in fundamental science and technology [3]. - The project is not merely a research platform or funding mechanism; it seeks to integrate established scientific research systems with decentralized and intelligent technologies to create a new model for the long-term preservation, trustworthy verification, and continuous accessibility of scientific knowledge [3][4]. - OPENSCI aims to provide a foundational and sustainable support for global research activities, enabling structured recording and verification of research results, scientific hypotheses, and datasets [3][4]. Group 2: Technological Integration - The project is guided by a global advisory network of Nobel laureates and supported by renowned international university laboratories and cutting-edge research institutions [3]. - OPENSCI utilizes artificial intelligence and blockchain technology to facilitate the long-term preservation, verification, and collaboration of scientific results, data, and knowledge [4][5]. - The initiative represents a shift in global scientific collaboration from a project and institution-centric approach to a focus on long-term infrastructure [4]. Group 3: Governance and Future Vision - OPENSCI is designed to be a decentralized scientific collaboration network, characterized by "scientist-led governance" and "autonomous value circulation" [5]. - The WLA envisions that by constructing an open, trustworthy, and sustainable scientific infrastructure, it can provide more stable collaboration conditions for the global scientific community, supporting the continuous accumulation and transmission of scientific knowledge across time and geography [4].