汇聚全球科技智慧和力量，构建开放合作科技共同体。9月21日，2025浦江创新论坛主论坛在张江 科学会堂举行。中国科学技术部部长阴和俊、白俄罗斯国家科学技术委员会主席谢尔盖·什雷奇科夫发 表主旨演讲。上海市委副书记、市长龚正，辽宁省委副书记、省长王新伟出席。 记者 孟群舒 在主题演讲环节，上海交通大学李政道研究所所长张杰、法国国家科学研究中心人类遗传学研究所 研究主任贾科莫·卡瓦利、德国国家环境与健康研究中心所长乌尔里克·普罗泽、丹麦生物创新研究所首 席执行官延斯·尼尔森、辽宁材料实验室主任卢柯、香港中文大学校长卢煜明等来自世界各国的顶尖科 学家，分别围绕能源、生命科学、材料科学等前沿领域分享了创新成果。 本届论坛特别设立"青年特别讲席"，为青年科学家提供展示平台。上海交通大学副教授、无问芯穹 联合创始人兼首席科学家戴国浩，北京邮电大学教授王光宇分别作分享。在圆桌对话环节，清华大学副 校长吴华强、德国国家科学院院士罗兰德·艾尔斯、中国科学院生物与化学交叉研究中心副主任周界 文、爱思唯尔全球期刊总裁劳拉·哈辛克和网络峰会首席执行官帕迪·科斯格雷夫，为构建全球科技共同 体建言献策。 白俄罗斯驻华大使亚历山大·切尔维 ...

Group 1 - The core viewpoint of the news is the establishment of three cooperation platforms and three cooperation centers by China in the Shanghai Cooperation Organization (SCO) framework, focusing on energy, green industry, digital economy, technology innovation, higher education, and vocational education [1] - The China-SCO Technology Innovation Cooperation Center will be located in Shandong, aiming to enhance technological collaboration among SCO member states and create a significant international technology innovation cooperation platform [1] - The center will adhere to principles such as "government guidance, market leadership" and "demand-driven, application-oriented," promoting international technology exchange and cooperation, and aligning with national strategies in international collaboration and technological innovation [1][2] Group 2 - The center will be constructed following a "center + domestic linkage hub + international cooperation nodes" layout, focusing on tasks such as cultural and technological exchanges, joint technology research and development, and high-standard international think tank construction [2] - The initiative aims to deepen cooperation in technology innovation with SCO member states, facilitating bilateral technology transfer and industrial collaboration [2]

Group 1: Economic Globalization and New Quality Productivity - Economic globalization is a requirement for the development of social productivity and technological progress, aligning with long-term human interests [1][2] - The current global landscape is marked by challenges such as rising protectionism, geopolitical conflicts, and unilateralism, which hinder the progress of economic globalization [2][7] - Strengthening international technological innovation cooperation is essential for developing new quality productivity [2][3] Group 2: Technological Innovation as Core Element - Technological innovation is the core element in developing new quality productivity, capable of generating new industries, models, and dynamics [3][4] - The globalization of technological innovation is becoming a significant feature of economic globalization and a powerful driver for addressing global challenges [3][4] Group 3: Digital Economy and Green Development - The rapid development of digital technologies has transformed the global economy, making the digital economy a key force in reshaping resource allocation and competition [4][5] - Green development is emerging as an important trend in economic globalization, with countries focusing on enhancing green technology innovation to address climate change [4][5] Group 4: International Competition and New Quality Productivity - The interplay of technological revolution and major power competition is reshaping global order, with high-tech sectors becoming the forefront of international competition [5][6] - New quality productivity is increasingly recognized as a primary source for enhancing a country's international competitiveness [5][6] Group 5: Challenges and Responses in Globalization - The rise of anti-globalization sentiments and fragmented trade rules pose new challenges to economic globalization [7][8] - Addressing these challenges requires innovation to optimize global production relations and promote an open world economy [8][9] Group 6: High-Level Opening and Institutional Reform - High-level opening is crucial for gathering global resources and enhancing the quality of trade and investment cooperation [12][13] - Institutional opening aims to create a market-oriented, law-based, and international business environment, facilitating industrial upgrades and structural adjustments [13][14] Group 7: Promoting New Quality Productivity - Expanding institutional opening can better meet innovation demands by optimizing the allocation of new production factors like technology and data [14][15] - Creating a favorable environment for the free flow of technology, capital, and talent is essential for accelerating the development of new quality productivity [14][15]

Group 1: Core Views - Economic globalization is a requirement for the development of social productivity and technological progress, aligning with long-term human interests [1][2] - Strengthening international technological innovation cooperation is essential for enhancing global competitiveness and developing new productive forces [2][3] Group 2: Technological Innovation and New Productive Forces - Technological innovation is the core element in developing new productive forces, capable of generating new industries, models, and dynamics [3][4] - The rapid development of digital economy and green technology is reshaping global economic structures and promoting transformation [4][5] Group 3: International Competition and Challenges - The rise of trade protectionism and unilateralism poses significant challenges to economic globalization, affecting international cooperation and competition [2][5] - New emerging markets and developing countries are making notable progress in technological innovation, impacting traditional market competition [5][9] Group 4: Strategies for Development - Accelerating the development of new productive forces can enhance economic transformation and competitiveness through global innovation resource integration [6][7] - Management and institutional innovations are crucial for fostering new productive forces, requiring government support and market mechanisms [7][14] Group 5: Open Innovation Ecosystem - Establishing an open innovation ecosystem is vital for leveraging global resources and enhancing international collaboration [1][10] - High-level institutional openness is necessary to adapt to innovation demands and facilitate the free flow of technology, capital, and talent [15][16]

Core Viewpoint - The Ministry of Science and Technology has released the 2025 Annual Third Batch of International Scientific and Technological Innovation Cooperation Project Guidelines, supporting approximately 21 projects with a total funding of 102 million RMB, requiring that at least 50% of co-authored papers be published in Chinese journals [1][2]. Group 1: Project Overview - The 2025 Annual Third Batch of Projects establishes five guideline directions and supports cooperation with four countries [1][2]. - The total funding for the projects is estimated at 102 million RMB [1][2]. - Projects must ensure that at least 50% of the co-authored papers are published in Chinese scientific journals [1][2]. Group 2: Application Process - Application units must organize project submissions based on the research content outlined in the guidelines, covering all assessment indicators [3]. - Each project must have one recommended researcher as the project leader [3]. - The application process includes a formal submission through the National Science and Technology Management Information System [4][5]. Group 3: Eligibility Requirements - The leading and participating units must be registered research institutions, universities, or enterprises within mainland China [11]. - Project leaders must have a senior professional title or a doctoral degree, born on or after January 1, 1965, and commit at least six months of work to the project [14]. - Each project can only be submitted through one recommending unit, and multiple submissions are not allowed [13]. Group 4: Submission Timeline - The online submission period for project applications is from July 14, 2025, to August 21, 2025 [22]. - Recommending units must confirm recommended projects by August 27, 2025 [22].