Group 1 - Nanjing's retail and service sectors saw significant growth during the New Year holiday, with monitored enterprises achieving a total sales revenue of 1.67 billion yuan over three days, marking a year-on-year increase of 9.5% on New Year's Day [1] - The overall transaction volume in retail, catering, and accommodation sectors increased by 30%, 36.5%, and 214% respectively, as reported by UnionPay Business [1] - The city organized over 60 offline promotional activities and integrated online and offline marketing strategies to stimulate consumer spending, resulting in a 14.6% year-on-year sales growth and a 30.2% increase in foot traffic for monitored shopping malls and complexes on December 31, 2025 [1] Group 2 - The promotion of large consumer goods such as home appliances and automobiles significantly boosted sales, with over 40,000 units sold by participating retailers in the first two days of the holiday [2] - Nanjing launched a vehicle trade-in subsidy program during the New Year holiday, aimed at invigorating automobile consumption [2] - The integration of cultural and tourism activities with commercial events contributed to a vibrant consumer market, with themed markets and exhibitions attracting large crowds and enhancing related spending [2]

Core Insights - The article emphasizes the role of universities as the main force in basic research and a source of major technological breakthroughs, highlighting the establishment of the National University Regional Technology Transfer and Transformation Center (Jiangsu) as a significant step in facilitating the transition of scientific achievements to market applications [1] Group 1: Technology Transfer Challenges - The National University Regional Technology Transfer and Transformation Center (Jiangsu) faces challenges such as a lack of high-value patents, weak service professionalism, scattered transformation resources, and insufficient comprehensive benefits [1] - The center aims to address issues related to the reluctance, fear, and inability to transfer technology through innovative solutions [1] Group 2: Enhancing Technology Source Channels - It is crucial to maintain strategic focus and improve the quality of technology sources, which directly impacts the effectiveness of subsequent transformations [2] - Recommendations include establishing mechanisms for connecting regional centers with major research platforms and incentivizing the transfer of high-value patents to enhance the center's service capabilities [2] Group 3: Open Collaboration and Ecosystem Development - Open-source collaboration is identified as a key driver for global technological innovation and industrial transformation [3] - Suggestions include building an open-source AI infrastructure platform and enhancing the availability of professional datasets to address the shortage of high-quality data [3] Group 4: Accelerating Large-Scale Application of Results - The article highlights the importance of application scenarios as a new policy tool to accelerate the process from technological breakthroughs to industrial applications [4] - Recommendations focus on linking regional centers with relevant application scenarios and building a comprehensive capability system for innovative applications [4] Group 5: Strengthening Systematic Capabilities - The article stresses the need for specialized capabilities in technology transfer due to the diverse and uncertain nature of the field [5] - Recommendations include enhancing the comprehensive service capabilities of regional centers and fostering professional talent in technology transfer [5] Group 6: Risk Mitigation through Specialized Insurance - The article points out the inadequacy of insurance coverage for risks associated with technology transfer and the need for improved risk management [7] - Suggestions include developing adaptable insurance products and increasing the coverage of technology transfer insurance to provide multi-layered risk protection [7]

Core Viewpoint - The year 2025 is seen as a significant year for the construction of an independent knowledge system in Chinese political science, aligning with Xi Jinping's directive on building a Chinese autonomous knowledge system [1] Group 1: Project Initiation - In September 2025, the Ministry of Education's major project "Research on the Construction of China's Autonomous Political Science Knowledge System" was successfully launched at Peking University, marking the official start of this initiative [1] - Seven major special topics under this project have been initiated, indicating a shift towards the "accelerated promotion" phase of constructing an autonomous knowledge system in Chinese political science [1] Group 2: Strategic Missions - Chinese political scientists are tasked with a strategic mission to construct an autonomous knowledge system that focuses on Xi Jinping's thoughts, traditional Chinese culture, and the practical experiences of China's development [1] - The construction must summarize regular insights and extract distinctive concepts, academic discourse, and classic propositions that reflect Chinese characteristics [1] Group 3: Balancing Perspectives - The autonomous knowledge system must balance universality and specificity, addressing specific issues in the context of Chinese modernization while also providing alternative knowledge perspectives for the world [2] - It is essential to objectively present the limitations of Western theories and showcase the competitiveness and adaptability of the Chinese knowledge framework [2] Group 4: Autonomy and Openness - The construction of the knowledge system should emphasize both autonomy and openness, recognizing that knowledge generation requires dialogue and interaction with other knowledge systems [2] - The unique theoretical foundation of the Chinese knowledge system should be highlighted, especially in the context of knowledge interaction and competition [2] Group 5: Theory and Practice - The most important source for constructing the autonomous knowledge system is Chinese practice, which must inform theoretical innovations [2] - Theoretical developments should respond accurately to major national strategic needs, promoting a two-way interaction between theory and practice to enhance predictive and guiding capabilities [2]

从全球范围看，人工智能伦理的共识凝聚与治理博弈并行推进。2025年，联合国启动人工智能治理全球 对话和独立国际科学小组两项机制，世界人工智能大会暨人工智能全球治理高级别会议在上海发布《人 工智能全球治理行动计划》，向善为民、尊重主权、发展导向、安全可控、公平普惠、开放合作等原则 成为国际社会的基本价值共识。与此同时，治理博弈依然存在。美国确立了效率优先、竞争至上的战略 框架；欧盟则构建了高门槛、强规制的治理体系；而广大发展中国家在规则制定中的话语权相对不足。 如何在效率、风险与公平之间建立平衡，成为全球人工智能伦理治理急需回应的时代命题。 作为负责任大国，中国积极回应这一挑战，以正义有序、合作共治为核心理念，支持联合国发挥主渠道 作用，倡导构建多方参与的全球治理体系。习近平总书记在亚太经合组织领导人非正式会议上倡导推动 人工智能健康有序发展，使之为各国各地区人民造福。中国政府提出《"人工智能+"国际合作倡议》， 主张秉持人类命运共同体理念，确保包括全球南方在内世界各国人民普遍受益。中国在行动上坚持创新 与规制并重，相继出台《人工智能安全治理框架》2.0版、《智能社会发展与治理标准化指引(2025版)》 等一系 ...

Core Insights - Embodied intelligence is becoming a key force in shaping new competitive advantages in international markets, marking a transition from AI as a mere tool to a comprehensive paradigm shift in integration with the real economy [1] Group 1: Industry Foundation - Jiangsu has a strong industrial foundation with a leading manufacturing scale and a complete industrial chain, particularly in advanced manufacturing clusters like high-end equipment and electronic information, with AI-related industries exceeding 400 billion yuan [1] - There is a significant demand for intelligent transformation, providing an optimal testing ground and core driving force for technology implementation [1] Group 2: Innovation Resources - Jiangsu boasts abundant innovation resources and strong platform support, with several high-level universities and research institutions in the field of artificial intelligence [1] - The establishment of high-energy research platforms, such as the Jiangsu Humanoid Robot Manufacturing Innovation Center, reflects proactive provincial-level planning [1] Group 3: Policy Framework - A comprehensive policy system has been developed, including the "Jiangsu Province Robot Industry Innovation Development Action Plan," which promotes differentiated and collaborative layouts in cities like Nanjing, Wuxi, Changzhou, Suzhou, and Nantong [1] - This policy framework combines full-chain support with the development of characteristic clusters, creating systemic advantages [1] Group 4: Development Pathways - Jiangsu aims to cultivate new productive forces by implementing a "data empowerment" strategy to address core bottlenecks, utilizing a provincial data training center to collect high-value data from key manufacturing scenarios [2] - The focus will be on creating benchmark application scenarios in industries like automotive manufacturing and semiconductors, addressing non-standard challenges in automation [2] - A shift towards an "ability as a service" model is encouraged, promoting the transition from traditional hardware sales to intelligent production services, including robot leasing and cloud-based scheduling [2]

名企与名城再一次迎来"双向奔赴"。2025年12月31日，在"OPC苏州之夜"跨年活动上，中国电信 （601728）江苏公司与苏州市政府举行"智云苏州"合作协议签署仪式。双方将围绕OPC创业社区、算力 基础设施、"人工智能+"工业应用、低空经济、量子计算、天翼安全、天翼交通及产业资本等重点领域 开展全方位、深层次战略合作，共同培育新质生产力。 "以央地合作为契机，苏州电信勇担建设网络强国、科技强国、数字中国和维护网信安全的国家队和主 力军重任，聚焦算力、5G、工业互联网等新型基础设施建设，持续升级云网供给与服务品质，深度赋 能产业转型、城市治理与民生改善，构筑起安全可信的云网融合新底座。"苏州电信相关负责人表示， 站在新的发展阶段，苏州电信将全面实施云改数转智惠战略，持续为苏州高质量发展注入强劲数字动 能，助力苏州成为全球领先的"智造之城"和区域科技中心，携手打造"数字中国"建设的苏州典范。 作为OPC服务联盟成员单位的苏州电信，此次积极建设和运营OPC社区，更是释放出深度参与这场AI生 产力时代生产关系变革的鲜明信号。"我们将努力为'单人成军'的创业者构建一个有温度、有韧性、全 周期的创新生态，培育更多成功 ...

Group 1 - The article emphasizes the importance of expanding high-level opening-up and promoting integrated development of trade and investment, as well as internal and external trade [1] - Samsung Electronics has begun mass production of ultrasound machines at its Suzhou factory, marking a significant reinvestment to embrace China's high-level opening-up opportunities [2][3] - The Suzhou factory has become Samsung's only overseas home appliance R&D center, showcasing a complete capability from R&D to high-end manufacturing [3] Group 2 - The production efficiency at the Suzhou factory is highlighted, with refrigerators being produced every 16 seconds and washing machines in less than 10 seconds, supported by a robust supply chain [3][4] - The proximity of the Suzhou Industrial Park to the Suzhou Port provides a competitive advantage, allowing for lower logistics and storage costs, which enhances global competitiveness for foreign enterprises [4] - The Suzhou Industrial Park has attracted over 5,200 foreign investment projects, with actual foreign capital utilization exceeding 42 billion USD, making it a key area for cross-border investment in China [4][5] Group 3 - Jiangsu province is actively promoting trade and investment integration, aiming to stabilize foreign trade and attract foreign investment through various initiatives and events [6][7] - The province plans to enhance its industrial system and improve operational efficiency for foreign enterprises, leveraging its comprehensive industrial coverage [7][8] - Policies are being implemented to stimulate foreign investment growth, including tax incentives for reinvestment and attracting foreign strategic investments [8]

本报讯(记者杨民仆)"十四五"以来，江苏省财政厅累计安排资金1.3亿元支持自然资源部门向海图强，获 取我省近海海域水下地理信息数据，筑牢海洋开发利用的"数据基石"。 这些数据，为海岸带生态修复、临海产业空间选址等提供了精细化的时空数据支撑。在海岸带安全屏障 建设领域，成果为全省海堤全线提标工程方案研究提供高精度地形数据支撑，通过数据对比分析了近岸 地形变化、滩面下蚀情况，显著提升工程规划方案的科学性与安全性，为筑牢抵御风暴潮灾害的"海上 长城"奠定坚实基础。 "十四五"以前，我省近海海域水下精确地形数据空缺。项目团队攻坚克难，历史性突破近海复杂地形测 量的技术瓶颈，首次成功获取了连云港、南通等地区2.1万平方千米水下地理信息数据与关键海图要 素。累计完成水下地形测量测线长度达14.1万余千米，相当于绕地球赤道三周半，形成了一系列精度达 厘米级的水下地形成果。 ...

Core Insights - The article highlights the significant milestone of Jiangsu's renewable energy capacity surpassing 100 million kilowatts by 2025, marking it as a leader in the Yangtze River Delta region [1][3] - The narrative emphasizes the integration of renewable energy into daily life, showcasing how solar panels and wind energy are transforming local economies and lifestyles [2][6] Group 1: Renewable Energy Capacity - Jiangsu's renewable energy installed capacity reached 100 million kilowatts, accounting for 46% of the province's total power generation capacity [3] - By the end of last year, the total renewable energy capacity exceeded 115 million kilowatts, solidifying its position as the largest power source in Jiangsu [6] Group 2: Economic Impact - The deployment of solar panels in rural areas has led to significant income increases for households, with an average earning of over 100,000 yuan per household in the first ten years [2] - The renewable energy sector has created a robust industrial chain in Jiangsu, with over 40% of the country's photovoltaic component production capacity concentrated in the province [6] Group 3: Technological Innovations - Jiangsu has developed a smart control system capable of real-time monitoring and power forecasting for over 900,000 distributed solar power units [5] - Energy storage stations and electric vehicle battery integration into the grid are being implemented to enhance grid stability and reliability [5] Group 4: Future Outlook - The article suggests that the renewable energy journey in Jiangsu is not just about increasing capacity but also about embedding sustainable practices into economic development and daily life [7] - The ongoing advancements in technology and infrastructure are expected to further facilitate the integration of renewable energy into the grid, ensuring a stable and reliable power supply [4][5]

Core Insights - The first city-level smart preschool education AI, "Ning Xiao Zhi," was launched in Nanjing, developed by the local education administration and based on high-quality educational resources accumulated over nearly a decade [1][2] - The AI features two digital personas, "Rong Rong" and "Bi Xiao Shou," designed to enhance different aspects of preschool education, such as knowledge inquiry and interactive learning [1] Group 1 - "Ning Xiao Zhi" has already served multiple kindergartens in four districts of Nanjing during its trial phase, achieving over 60% improvement in resource utilization efficiency [2] - The platform is set to be promoted citywide in Nanjing this year, with plans to expand the AI resource library and enhance interactive and data analysis capabilities [2] - The initiative aims to integrate "smart assistance + humanistic care" into preschool education, supported by ongoing teacher training programs [2]