Core Viewpoint - The article discusses the development of the "super ring" economy in the Yangtze River Delta (YRD) region, highlighting the integration of high-speed rail, innovation corridors, and water transport to enhance regional cooperation and economic growth [3][4][5]. Group 1: High-Speed Rail "Super Ring" Economy - The first high-speed rail line of the "Yangtze River Delta Super Ring" is set to open in June 2024, connecting major cities such as Shanghai, Nanjing, Hefei, and Hangzhou, marking a significant achievement in regional integration [3]. - This high-speed rail network facilitates the flow of people, goods, information, technology, and capital, promoting a shift from geographical integration to functional integration within the region [3]. - The high-speed rail also links seven existing rail lines, enhancing connectivity with the Guangdong-Hong Kong-Macau Greater Bay Area and other economic zones [3]. Group 2: Innovation (Industry) "Super Ring" - The innovation "super ring" is formed by the G60 innovation corridor and the Shanghai-Nanjing-Hefei industrial innovation belt, fostering collaboration among multiple cities [4]. - Key projects include the establishment of an electric vehicle industry circle and an integrated circuit industry circle, enhancing regional industrial capabilities [4]. Group 3: Water Transport "Super Ring" - The water transport "super ring" consists of a network of rivers and canals, including the Grand Canal and Yangtze River, facilitating multi-modal transport and port economy [4]. Group 4: Mutual Benefits and Cooperation - The "super ring" economy promotes mutual benefits between the Yangtze River Delta and the Greater Bay Area, enhancing the flow of knowledge, information, and resources [5]. - Collaborative efforts include the establishment of innovation alliances and shared platforms for industry, research, and finance, driving effective industrial transfer and talent exchange [5]. - The article emphasizes the importance of differentiated layouts in future industries such as AI, chips, and biotechnology, fostering cooperation and resource sharing between the two regions [5].

Group 1: Technological Innovation and Development - Fourier Technology, a local company in Pudong, focuses on rehabilitation medical robots, with its core product, the exoskeleton robot, now used in over 2,000 hospitals across more than 40 countries, helping hundreds of thousands regain mobility [1] - Pudong has established a "tropical rainforest" style innovation ecosystem, emphasizing the development of three leading industries: biomedicine, artificial intelligence, and integrated circuits, which collectively reached a scale of 832.31 billion yuan, accounting for 45.9% of the city's total [2] - The Pudong area has become a leading region for the integrated circuit industry in China, with a complete industrial chain and high competitiveness, exemplified by the Shanghai Integrated Circuit Design Industrial Park [2] Group 2: Support for Innovation and Startups - The "Jiebang Guanshuai" platform in Pudong facilitates collaboration between innovative companies and service providers, addressing key technological challenges, as demonstrated by a partnership between Yinuosi Biotechnology and Saibo Intelligent Technology [3] - Pudong has established 18 municipal and 14 district-level characteristic industrial parks, covering a total area of 111.2 square kilometers, to support high-quality project implementation [3] - By the end of 2025, Pudong's venture capital system is expected to reach a fund scale of 400 billion yuan, focusing on the transformation of scientific and technological achievements [3] Group 3: Scientific Infrastructure and Research Support - Pudong has established 14 major scientific infrastructure projects, forming the largest and most comprehensive photon scientific facility cluster globally, providing robust research hardware support for scientists [4] - The Zhangjiang area aims to enhance its technological innovation capabilities and high-end industry leadership, contributing to Shanghai's high-quality development [4]

近日，大科学装置"夸父"(聚变堆主机关键系统综合研究设施)建设取得重要进展——其子系统八分之一 真空室及总体安装系统通过验收，这为装置整体建设与未来运行奠定了重要技术基础。 科技突破令人欣喜，但同时也需要关注大科学装置赋能现实生产力的强大潜力。作为持续开展科技活动 的大型基础设施，大科学装置既集中了重要科研仪器和高端制造装备，又包含了基础科学前沿研究和多 学科交叉前沿研究。其建设和运行往往集合了大量的科学知识、技术成果与人才队伍，天然成为孕育大 量高水平科研成果的孵化器。 树立"沿途下蛋"思维。鉴于复杂宏伟的科学技术目标，大科学装置建设运营周期可能长达数十年，传统 意义上"先研发、后转化"的路子并不可取。因此，全过程建立产业化的意识和行动，实现边建设、边研 发、边转化，既能提升社会关注度，反哺科学研究，又能充分释放技术的溢出效应，推动经济社会高质 量发展。 加强中试平台建设。大科学装置仍是服务于科学研究的重要工具，产出的主要是科研成果，这与规模化 的市场产品差异巨大。因此，建设为科技成果进行概念验证、中间试验的研发平台，为企业与科研平台 提供有效衔接，既能降低科技成果产业化的试错成本，吸引资本进入，又能对科技 ...