复旦“星河启智”平台：以AI赋能科学，打造开放协同科研新基建

Core Insights - The World Artificial Intelligence Conference in Shanghai highlighted the launch of the "Xinghe Qizhi Scientific Intelligence Open Platform" and the "Early Chinese Civilization Multimodal Model," showcasing advancements in scientific intelligence and AI integration [1][2]. Group 1: Scientific Intelligence 2.0 - The transition to Scientific Intelligence 2.0 emphasizes a scientist-centric approach, moving from AI empowering science to a model where scientists lead the integration of AI in research [1][2]. - The "Xinghe Qizhi" platform serves as a bridge connecting scientists with AI, facilitating their participation in scientific advancements [2]. Group 2: Platform Features - The platform offers a comprehensive solution encompassing data, models, computing power, experimental validation, and collaborative research communities, aggregating over 40,000 datasets totaling 12PB of high-value scientific data [2]. - It features a "Universal Model Warehouse" with over 200 advanced models, significantly lowering the barriers for scientists to utilize AI [2]. Group 3: Computational Efficiency - The platform's intelligent computing system optimizes the integration of GPU and CPU resources, enhancing computational efficiency and providing acceleration of several times to up to a thousand times for specific research scenarios [2]. Group 4: Data Ecosystem and Collaboration - Utilizing blockchain technology, the platform establishes a trusted scientific data ecosystem, addressing data ownership and contribution calculation issues, and incentivizing data sharing through a points system [4]. - The platform aims to integrate dry and wet experiments, facilitating seamless connections between AI simulations and real-world experiments, promoting collaboration among scientists, laboratories, and enterprises [4]. Group 5: Cultural and Historical Research - The "Early Chinese Civilization Multimodal Model" is the first AI model focused on early Chinese civilization, developed collaboratively by Fudan University and other institutions, integrating vast historical materials [4]. - This model incorporates humanities research methodologies, enabling comprehensive analysis and traceable evidence for complex and controversial questions, serving as a powerful tool for researchers [4][5]. Group 6: Vision for the Future - The conference illustrated Shanghai's unique advantages in combining top-tier university resources with AI engineering capabilities to tackle significant scientific and cultural challenges [7]. - The ongoing development of scientific intelligence aims to create inclusive and collaborative global scientific knowledge ecosystems, making scientific exploration accessible to a broader audience [7].