Core Viewpoint - The establishment of the Wujiang District Seed Industry Technology Achievement Transformation Center (Bacheng Base) is a significant step towards revitalizing the seed industry, driven by local government and community engagement [1][2]. Group 1: Project Development - The successful launch of the seed industry center was facilitated by the active involvement of district political consultative committee members, who focused on community needs and provided strong support for the project [1]. - Prior to the center's establishment, the Wujiang District Political Consultative Committee conducted multiple field studies with relevant departments to gather advanced experiences and optimize the construction plan [1][2]. - The project received recognition as an excellent case in the "2024 Annual Committee Member Service for the People" activities in Suzhou, showcasing effective grassroots service [1]. Group 2: Community Engagement - The Wujiang District Political Consultative Committee moved its service efforts to the grassroots level, collecting public opinions on the seed industry center's construction through direct engagement with the community [2]. - Committee members played a crucial role in overcoming challenges during the bidding process, acting as a bridge to facilitate communication and provide innovative solutions [2]. - The project has significantly boosted the local economy, with the village expected to sell nearly 2.25 million kilograms of wheat seeds by the second half of 2024, enhancing collective income and providing new wealth opportunities for farmers [2]. Group 3: Future Prospects - Once operational, the seed industry center will focus on high-quality seed breeding and promotion, localizing agricultural technology achievements, and training new professional farmers, thereby extending the industrial chain and increasing added value [3]. - The center aims to support the creation of a distinctive seed industry brand for Tanghua Village and contribute to comprehensive rural revitalization through core technological support [3].

Core Insights - The successful completion of the foundation piling for the Qizhou Seven offshore wind farm project marks a significant breakthrough in deep-sea wind power development in Guangdong Province [1][5] - The project, located approximately 70 kilometers from the coast with a total installed capacity of 1 GW, is expected to generate enough electricity to power over one million households and reduce carbon dioxide emissions by about 2 million tons annually [1][5] Group 1: Project Overview - The Qizhou Seven offshore wind farm project is situated in the waters near Yanshi County, with a water depth ranging from 46 to 53 meters [1] - The project has a total installed capacity of 1 GW, which will significantly contribute to the green transformation of Guangdong's energy structure [1] Group 2: Construction Challenges and Solutions - The project faced challenges due to complex natural conditions such as deep water and offshore environments, with individual steel pipe piles weighing up to 337 tons and measuring 93 meters in length [2] - To ensure construction efficiency and precision, the project team utilized experienced construction vessels and implemented strict control over the execution of construction plans [2][4] Group 3: Management and Efficiency - The project adopted refined management practices to optimize construction efficiency, including tailored construction plans for each machine and continuous process optimization [3] - The construction cycle for a single steel pipe pile was successfully controlled to within 32 hours, significantly enhancing construction efficiency [3] Group 4: Collaboration and Safety - The successful progress of the project was attributed to the effective collaboration among various parties, including construction, supervision, and contracting units [4] - The project leadership maintained close oversight to ensure safety and efficiency throughout the construction process [4] Group 5: Strategic Implications - The successful implementation of the Qizhou Seven offshore wind project provides valuable engineering and management experience for deep-sea offshore wind power development in China [5] - This project supports Guangdong's offshore wind power development strategy and contributes to the high-quality development of the offshore wind equipment and innovation chain, aiding in the achievement of national "dual carbon" goals [5]

据悉，该综合创新中心将通过打造具身智能机器人训练中心，推进具身智能产业项目引育和具身智能产 业生态构建，加快孵化培育具有全国影响力的具身智能机器人整机产品、研发制造潜在独角兽企业，将 创新中心打造成为苏州培育"科技小龙"企业的摇篮。同时，苏州市还配套举办2025"赢在苏州"具身智能 机器人专项赛，围绕多模态智能感知(视觉、语义等)、硬件本体与核心零部件、具身智能决策与规划、 具身小脑与运动控制、灵巧操作与精细控制5大核心赛道，筛选极客团队，通过吸引全球顶尖团队落地 苏州，打造具身智能产业发展高地。 苏州市具身智能机器人综合创新中心由苏州市科技局牵头建设，总部设在吴中区，通过"1+X+N"战略布 局，整合全市创新资源，打造具有全球影响力的具身智能机器人创新策源地。吴中区在吴中太湖新城设 置13万平方米研发孵化基地，在吴中高新区具身智能产业园设置17万平方米生产制造基地，募集总规模 达14亿元的两只产业基金，致力加速创新资源集聚、标杆产品培育、应用场景拓展。 本报讯(雷霆)7月1日，苏州市具身智能机器人综合创新中心启用仪式在吴中太湖新城举行，苏州市具身 智能机器人训练中心、苏州(吴中)具身智能产业园同时揭牌启用。 ...

Core Viewpoint - The optimization of talent resources is crucial for regional economic competition, with local employment of college graduates being a key strategy for local governments to promote industrial upgrading and enhance regional competitiveness [1] Group 1: Current Status of Industry-Education Integration - Various models of industry-education integration, such as the establishment of industry colleges by vocational schools and leading enterprises, have emerged, indicating that significant progress has been made in practice [2] - However, challenges remain, including superficial cooperation, lack of integration of real enterprise needs in curriculum design, homogenized cooperation models, and talent loss in non-first-tier cities, which affect the efficiency of supply-demand matching for college graduates [2] Group 2: Multi-dimensional Value of Local Employment for College Graduates - Promoting local employment for college graduates aligns with regional industrial upgrading needs, particularly in the digital economy sector, by fostering collaboration between schools, local governments, and enterprises [3] - Local employment enhances individual competitiveness and injects vitality into local economic and social development, as graduates are more familiar with the local environment and culture, leading to quicker adaptation and reduced turnover rates [3] Group 3: Collaborative Pathways for Local Employment under Industry-Education Integration - To deepen school-enterprise collaboration, a cooperative model should be established based on the entire industrial chain, utilizing big data to adjust professional settings and enrollment plans dynamically [4] - Implementing a dual-mentor system and introducing real enterprise projects into the curriculum can enhance practical skills while addressing real-world problems [4] Group 4: Policy Support System Enhancement - A comprehensive policy framework for attracting, utilizing, and retaining talent is necessary, including tax incentives for companies hiring graduates and establishing special funds for industry-education integration [5] - Strengthening cultural recognition of local industries can enhance graduates' emotional connection to their workplaces, fostering local employment [6]

Core Viewpoint - Jiangsu province is showcasing its development vitality through the "Su Chao" trend, with county-level sectors significantly contributing to nearly half of the province's economic output, emphasizing high-quality development and innovative paths for new productive forces [1] Group 1: Current Landscape of New Productive Forces in Jiangsu Counties - Jiangsu's counties exhibit a spatial pattern of "South Strong, Central Rising, North Advancing," forming a collaborative "geese formation" across the province [2] - The southern region, as an innovation hub, houses over 7,000 enterprises related to new productive forces, with Kunshan, Jiangyin, and Zhangjiagang leading as top counties [2] - Kunshan stands out with over 1,000 enterprises in traditional industry transformation, while Suzhong and Subei regions are also making significant strides in developing new productive forces [2] Group 2: Resilience in Transitioning Old and New Energies - Jiangsu counties are achieving a "multi-level jump" in industrial capability through a dual drive of "renewing traditional energy and laying out new tracks" [3] - Traditional industries are undergoing digital transformation, with notable examples like Changshu's Bosideng integrating AI and big data into textile production [3] - Emerging industries such as new energy vehicles and biomedicine are becoming key development areas, with companies like Yuyue Group leading in the medical device sector [3] Group 3: Collaborative Innovation Ecosystem - Jiangsu counties are breaking through development limitations by building a collaborative innovation ecosystem that attracts innovative resources [4] - The market-oriented operation model of industry-university-research collaboration has shown significant results, with Kunshan's technology spending reaching 10% of public budget expenditures [4] - The establishment of advanced research institutes in collaboration with institutions like the Chinese Academy of Sciences has led to the emergence of leading enterprises in the energy sector [4] Group 4: Institutional Innovation Driving Growth - Institutional innovations are releasing development momentum, with counties like Kunshan focusing on talent acquisition and land resource efficiency [5] - Initiatives such as the "Funiing Filter Material Festival" have successfully created specialized service environments for emerging industries [5] Group 5: Recommendations for Further Development - Strengthening top-level design and coordination for county-level economic integration into the regional development framework is essential [6][7] - Encouraging differentiated development based on regional characteristics and optimizing resource allocation will enhance county-level economic performance [7] - Building a robust innovation ecosystem and enhancing the effectiveness of science and technology-driven initiatives are critical for future growth [8][9][10]

Group 1 - The core idea is that Huai'an is focusing on developing ecological agriculture by creating a high-quality rice industry cluster through innovative use of river sediment [1][2]. - The research team has developed a rice seedling nutrient soil product primarily made from river sediment, which addresses traditional seedling cultivation issues and promotes a new model of "light and simplified seedling cultivation" [2][3]. - The new nutrient soil allows for a significant reduction in the steps required for seedling preparation, saving labor costs and eliminating the need for additional fertilizers or conditioning agents [2][3]. Group 2 - The technology has achieved large-scale resource utilization of river dredging in agriculture, establishing an ecological recycling model that integrates dredging, resource regeneration, and agricultural application [3]. - The research team is committed to building a complete industrial chain model that connects river dredging, nutrient soil production, and green ecological planting, aiming to enhance the efficiency of technology transfer [3].

Group 1 - The core idea is the integration of "united front work" with business circles to create a new model of development in Licheng Street, Liyang City, enhancing community engagement and economic vitality [1] - The "Tongxin Tongxiang" business circle serves as a central platform for resource integration and innovative service forms, promoting a collaborative environment among local businesses and community members [1][3] - The establishment of a "one-stop" service platform aims to provide convenient services to the public, ensuring a high level of satisfaction among residents [3] Group 2 - A multi-dimensional communication system has been developed to disseminate policy information effectively, including tax incentives and entrepreneurial support, ensuring maximum reach to the public [2] - The introduction of themed activities and exhibitions, such as the local comic artist exhibition, has attracted over 10,000 participants, enhancing community awareness and participation [2] - The "smart station" concept has been implemented to facilitate problem-solving and collaboration among local merchants, creating a supportive environment for business operations [3] Group 3 - Various cultural and festive events, such as the "New Year" celebration and "Mid-Autumn" tea party, have been organized to foster community spirit and engagement among different social groups [3] - The promotion of local businesses through visual displays and events has helped to enhance the visibility and attractiveness of the business circle [4] - Regular activities like the "MINI Rock Music Festival" have drawn over 20,000 attendees, significantly boosting local sales and economic activity [4] Group 4 - The establishment of a live streaming platform has facilitated direct sales of local agricultural products, creating a win-win situation for farmers, businesses, and consumers [5] - The integration of "united front" thinking into economic development strategies has led to a unique revitalization path for the business circle, focusing on both economic and social benefits [5] - Future plans include deepening the integration of grassroots united front work with business development to create a sustainable cycle of growth and community engagement [5]

Core Viewpoint - Nantong City is prioritizing the development of the digital economy by promoting the market-oriented allocation of data elements and enhancing the utilization of public data, aiming to build a comprehensive data industry ecosystem and strengthen the digital economy [1] Group 1: Enhancing Data Supply Capacity - Nantong City has successfully validated 10 primary indicators, 30 secondary indicators, and 96 tertiary indicators for the CR21021 underground defense project, streamlining the planning and human defense processes [2] - The city is implementing a "one account" approach for public data, introducing scenario models to enhance the efficiency of data supply across multiple departments and levels [2] - Over 33,000 public data resource directories have been compiled, with 38,300 shareable resources and 31,800 open resources published, aiming to leverage high-value public data sets to empower enterprise development [2] Group 2: Exploring Data Monetization - The first successful issuance of data asset securitization in China occurred with the listing of the Ping An-Rugao Phase 1 Asset-Backed Special Plan, amounting to 130 million yuan [3] - Nantong City is focusing on the development and utilization of state-owned enterprise data assets, with 15 data products launched on the Jiangsu Provincial Data Exchange, totaling 24.6458 million yuan from 17 state-owned enterprises [3] - The city plans to create over 30 exemplary data products and services within the year, establishing a pathway for the valuation, accounting, and trading of data resources [3] Group 3: Building a Data Development Ecosystem - The "Fangzhi Cloud" AI platform has been developed to provide one-stop services for over 500 merchants, significantly reducing the cost of design services [4] - Nantong City has established a trusted data space for the home textile industry, exploring solutions for value co-creation and mutual benefits [4] - The "Action Plan for Promoting High-Quality Development of the Data Industry" aims for an annual growth rate of over 20% in the data industry, targeting the establishment of 100 data enterprises and 200 typical data products within three years [4]

Core Insights - The article discusses the transformative impact of artificial intelligence (AI) on higher education, particularly in the realm of ideological and political education in universities, highlighting new opportunities and perspectives brought by digitalization [1] Group 1: Transformation of Educational Models - AI technology will lead to a comprehensive transformation of ideological and political education in universities, shifting from traditional methods to a more intelligent and collaborative educational model [2] - The integration of AI will facilitate a hybrid teaching model that combines online and offline learning, making online micro-classes a significant supplement to traditional ideological education [2] - AI can assist educators by taking over repetitive tasks such as student performance analysis and assignment grading, thereby enhancing teaching efficiency [2] Group 2: Innovation in Teaching Content - AI will enable a dynamic and multi-dimensional presentation of teaching content, moving beyond static textbooks to a more integrated approach [2] - AI systems can automatically gather trending educational materials from the internet, creating an updated case library for ideological education [2] - Virtual reality (VR) technology can simulate various scenarios for students, helping them understand the consequences of different value choices [2] Group 3: Redefining Roles of Educators and Students - The roles of educators and students will undergo significant changes, fostering a collaborative educational community [2] - Educators will transition from mere knowledge transmitters to classroom designers and academic researchers, utilizing AI data to enhance teaching [2] - Students will evolve from passive recipients of knowledge to active learners, using digital tools for independent exploration and collaborative activities [2] Group 4: Reform Pathways for AI Integration - To realize the envisioned transformation, a systematic solution must be developed, focusing on key areas such as technology, policy, and talent [3] - There is a need to establish comprehensive regulations and standards for the application of AI in ideological education, ensuring data security and ethical considerations [3] - Institutions should create a tiered certification system for AI educational platforms, assessing their safety, algorithm transparency, and educational suitability [3] Group 5: Enhancing Value Guidance and Teacher Competence - The application of AI in education must adhere to the principle of serving educational purposes, ensuring that technology supports rather than detracts from the educational experience [4] - A robust review mechanism should be established to filter negative content generated by AI, maintaining ideological safety in educational materials [4] - Developing a composite teacher workforce with both professional and digital literacy is crucial for improving the quality of ideological education [5]

6月初，江苏帝奥微电子股份有限公司推出国内首款超低漏电流高速开关，将使远距离、高速传输 的光信号更加稳定。这家在模拟开关领域已将规模做到亚洲第一的上市公司，15年前还只是创始人鞠建 宏心中的一个创业梦想。 2010年，在一家半导体公司任高管的鞠建宏辞职回到家乡南通，决定创办一家"真正服务中国市场 的半导体公司"。"那时国内资本市场几乎没有半导体方面的专业基金，天使投资人大多是创业者自己， 卖房卖车创业是家常便饭。"也正是从那一年开始，南通启动实施"江海英才"计划。就在资金捉襟见肘 的关键时刻，鞠建宏被评为南通市首批"江海英才"，获得200万元资助。"正是背靠城市的支持，帝奥微 才能够在激烈竞争中稳步前行，不断攀登新的高峰。"鞠建宏说。 15年来，南通"江海英才"计划已资助人才（团队）913个，资助总额超10亿元。仅资助的创业类人 才企业，就累计形成销售582.57亿元、利润19.33亿元、税收29.5亿元，涌现1家科创板上市企业、1家新 三板上市企业、2家中国独角兽企业、2家中国潜在独角兽企业和11家国家级专精特新"小巨人"企业。 "投资人才就是投资未来。"南通市委常委、组织部部长倪春青介绍，培育发展新质生产 ...