Core Perspective - The article discusses the paradigm shift in cultural governance from a traditional top-down management model to a collaborative "co-construction" model involving multiple stakeholders, reflecting a fundamental change in national governance philosophy and its interaction with modern development strategies [1][2]. Historical Transition of Governance Paradigm - The traditional cultural governance model is characterized by government dominance, administrative drive, and one-way transmission, which has led to structural limitations such as suppressed cultural creativity and insufficient social participation [2]. - The emergence of the "co-construction" paradigm addresses these limitations by shifting the relationship from "managing culture for the people" to "co-creating culture with the people," emphasizing collaboration and multi-stakeholder governance [2]. Logic of Transformation Driven by Modernization - The deep-seated motivation for the transformation in cultural governance is rooted in the structural changes and tensions inherent in the modernization process, which demands a more inclusive and collaborative governance approach [3]. - The ongoing changes in social structure challenge the traditional governance model, necessitating a shift towards a governance framework that aligns with the core tasks of national governance modernization [3]. Technological Innovations Reshaping Cultural Production - Advances in digital media technologies, such as mobile internet and artificial intelligence, have disrupted centralized cultural dissemination, fostering a decentralized and participatory cultural production environment [4]. - The rapid development of technology and the increasing complexity of cultural stakeholders require adaptive adjustments in governance systems to enhance openness and collaboration [4]. Practical Pathways for Co-construction Model - Cultural co-construction necessitates guidance from the government to clarify cultural development directions and provide opportunities for public participation [5]. - Successful cultural co-construction should involve a clear framework for participation, allowing various social forces to contribute actively, transitioning from passive response to proactive engagement [6].

Group 1 - The core viewpoint of the article highlights the significant rise in salary levels within the rapidly growing digital economy sector, with the highest wage levels being attributed to professionals in this field [1][2] Group 2 - The released wage data for 2024 includes salary levels for different occupations, industry-specific skilled talent, and certain digital professions, processed using a weighted method [2] - Financial service personnel rank first with a 90th percentile wage of 313,227 yuan per year [2] - In the energy sector, senior skilled personnel in electricity, heat, gas, and water production and supply have a 90th percentile wage of 287,918 yuan per year [2] - Within the digital economy sector, four occupational groups have annual incomes exceeding 300,000 yuan, with AI engineering technicians leading at a 90th percentile wage of 530,260 yuan per year [2] - Embedded system design engineers and integrated circuit engineering technicians follow with 90th percentile wages of 333,146 yuan and 328,559 yuan per year, respectively [2]

Core Insights - The article highlights the successful collaboration between Yangzhou Hengxin Seat Co., Ltd. and the National Automotive Lightweight Technology Research Institute, resulting in a 15% weight reduction in automotive seat frames and over 5 million yuan in new orders this year [1] - Yangzhou Economic Development Zone is advancing five major innovation projects to integrate technology innovation with advanced manufacturing, aiming for high-quality development [1] Group 1: Innovation Platforms - The National Automotive Lightweight (Jiangsu) Technology Co., Ltd. has established four major platforms for research, testing, and service, collaborating with over 10 major automotive manufacturers [2] - The company has attracted 7 projects with a total investment exceeding 3 billion yuan, promoting the development of over 30 supporting enterprises in the automotive parts sector [2] - The Yangzhou Economic Development Zone has introduced several innovation platforms, including a provincial concept verification center for automotive lightweight technology, enhancing the region's technological capabilities [2] Group 2: Core Technology Development - Huacarb Technology (Yangzhou) Co., Ltd. is set to launch a CCUS demonstration project, which is the first of its kind in China, capable of capturing and purifying 1,000 tons of CO2 annually [3] - Jiangsu Ruifeng Information Technology Co., Ltd. has developed a pioneering agricultural machine that improves farming efficiency by nearly 20% and increases yield by 10%-20% per acre [3] - Key technological breakthroughs in various sectors are strengthening the advanced manufacturing industry and enhancing the region's high-quality technological supply capabilities [3] Group 3: Collaborative Development - The Yangzhou Economic Development Zone is fostering deep integration between innovation platforms and industrial clusters, successfully attracting teams led by academicians and industry leaders [4] - The introduction of advanced technologies, such as the 2000 MPa steel laser welding technology, has been adopted by several high-end domestic automotive brands [4] - The zone has implemented a talent policy that has attracted over 10,000 professionals, with a focus on building a complete incubation chain for technology startups [4] Group 4: Future Development - The Yangzhou Economic Development Zone aims to strengthen the integration of innovation chains, industrial chains, financial chains, and talent chains to continuously nourish advanced manufacturing [5] - The region is committed to accelerating high-quality development and enhancing its technological and industrial influence [5]

Core Insights - The National Bureau of Statistics released the fourth batch of 30 public data "running" demonstration scenarios, with two scenarios from Jiangsu province selected [1] - Public data development and utilization is a pioneering project for the market-oriented allocation of data elements [1] Group 1: Demonstration Scenarios - The fourth batch of 30 public data demonstration scenarios covers 16 fields including industrial development, education technology, healthcare, public services, and grassroots governance [2] - Jiangsu's selected scenarios include: - "Promoting Clinical Test Data Sharing to Build a New Model of 'No Repetition' Checks for Patients," which aims to create a platform for sharing clinical test results across medical institutions to reduce unnecessary repeat tests and improve efficiency and diagnostic accuracy [2] - "'Huang Xiaoge' Building a New Ecosystem for Agile Data Services to Empower New Employment Groups," focusing on the needs of new employment groups such as couriers in Yangzhou, providing various services including dining, shopping, healthcare, and educational support [2]

Group 1 - Jiangsu Province has identified 13 innovation consortiums for 2025, involving approximately 160 innovative entities across various emerging industries such as artificial intelligence, brain-like intelligence, high-end equipment, aerospace, and biomedicine [1][2] - The 13 innovation consortiums are distributed across five cities: Nanjing, Suzhou, Wuxi, Changzhou, and Xuzhou, with 10 led by industry leaders and 3 by national innovation platforms and research institutes [1] - Notable leading units include Nanjing Lais Information Technology Co., Ltd., a pioneer in aviation transportation informatization, and Xuzhou Heavy Machinery Co., Ltd., a leader in the wheeled crane industry [1] Group 2 - The innovation consortiums focus on addressing "bottleneck" technologies that restrict industrial development, key technologies with first-mover advantages, and foundational frontier technologies, setting medium- to long-term strategic goals [2] - Since the launch of the provincial innovation consortium construction in 2022, a total of 38 provincial innovation consortiums have aggregated over 440 innovative entities, including renowned universities and leading enterprises [2]

Core Viewpoint - The conference aimed to enhance cooperation and development along the Longhai Line, accelerating the construction of the Lianyungang international hub seaport and improving the logistics service capabilities of the New Eurasian Land-Sea Corridor [1] Group 1: Conference Objectives - The conference gathered nearly 400 representatives from government departments, industry associations, port enterprises, railway systems, logistics companies, and research institutions to discuss collaboration and development [1] - The event focused on expanding the "friend circle" of the Longhai Line and promoting bilateral openness [1] Group 2: Agreements and Initiatives - Lianyungang Port Holding Group signed inter-port cooperation project agreements with several groups, including Liaoning Port Group and Henan Port and Shipping Group, marking a new phase of entity and network cooperation [1] - Logistics connectivity cooperation agreements were signed with companies such as China Railway Container Transport Company and COSCO Shipping Container Lines [1] - Two cooperation initiatives were launched: one for the construction of a comprehensive sea-river transport network involving 16 entities, and another for the New Eurasian Land-Sea Corridor involving 8 entities, aimed at enhancing overall competitiveness [1]

Core Insights - The article highlights the successful export of 17,800 tons of bio-jet fuel by Egao Bio-Chemical Technology (Zhangjiagang) Co., Ltd., marking the first bio-jet fuel export from the Suzhou region [1] Group 1: Company Overview - Egao Bio-Chemical Technology (Zhangjiagang) Co., Ltd. has received approval from multiple government departments, including the Ministry of Commerce and the General Administration of Customs, to be included in the bio-jet fuel export whitelist [1] - The company is the first in the Suzhou region to obtain this qualification, which enhances its confidence in entering international markets [1] Group 2: Industry Impact - Bio-jet fuel, produced from waste oils, can reduce carbon emissions by 90% over its entire lifecycle compared to traditional petrochemical jet fuel, significantly contributing to carbon reduction in the aviation industry [1] - The successful export reflects the collaborative efforts of Zhangjiagang Customs and Jinguang Customs in implementing a "port + local" joint supervision model to facilitate the export process [1] Group 3: Regulatory Support - The export process was supported by a service brand called "Jinguang Customs Assistance," which involved in-depth research on national industrial policies and collaboration with various departments to address enterprise needs [1] - The efficient coordination between local customs and port authorities ensured the smooth clearance of the first batch of bio-jet fuel [1]

隧道建设阶段，国网江阴市供电公司主动对接，全程跟进电力保障需求。为满足隧道建成后的长期可靠 用电需求，该公司科学制定双电源供电方案，由两条线路供电。此次率先送电的10千伏线路，将保障隧 道内照明、通风、监控等关键系统的稳定运行。第二条线路将于明年初送电，全线双电源投运后将形成 高标准电力保障体系，确保隧道安全稳定运营。 江靖长江隧道是我省在建的重要过江通道，全长约11.8公里，其中过江隧道段约6.4公里，是国内第二长 的长江隧道。建成通车后，将有效缓解江阴大桥的通行压力，更好促进长三角一体化发展。 本报讯(张卅)日前，江阴靖江长江隧道双电源工程首条线路顺利送电，为后续全面调试和通车奠定坚实 基础。 ...

本次报告会特别邀请上海国家会计学院应用经济系主任、全国知名财税专家葛玉御博士作专题分享。葛 玉御紧扣《增值税法》实施后的征管新要求，深入剖析了代账机构在发票管理、收入核算等核心业务环 节的合规边界，针对虚开发票等隐蔽性风险点，通过"以案说法"的方式拆解典型违法套路，生动阐释合 规经营的重要性。"合规是行业发展的生命线，任何筹划都不能逾越法律红线。"葛玉御的报告兼具理论 深度与实践指导性，参训学员纷纷表示收获颇丰、深受启发。 徐州经贸高职校的会计专业是学校传统品牌优势专业，开设于1964年，文化内涵深厚，师资力量雄厚， 办学成果丰硕，为社会培养输送大批优秀毕业生，为区域经济发展提供人才支撑和智力支持。该专业先 后被评为国家示范重点建设专业、江苏省品牌专业、江苏省示范专业、江苏联合职业技术学院重点建设 专业，会计专业群被评为江苏省现代化专业群；会计实训基地被认定为江苏省职业教育实训基地、江苏 省高水平示范性实训基地、江苏省现代化实训基地、全国数智实践基地、全国云财务职教集团特色产教 融合实训基地；经贸正保协同育人智能会计创新平台获评江苏省校企合作示范组合培育项目。 作为深化产教融合、服务地方经济的重要实践，此次活 ...

角色重塑：产业教授"三重定位"的江苏实践 □ 金钢南军锋 在深入学习贯彻习近平总书记对江苏工作重要讲话精神、推进教育科技人才体制机制改革的背景下，江 苏省深耕产业教授制度创新15年，累计选聘研究生导师类产业教授2402人次，构建了政府引导、校企双 主体协同治理的制度体系，形成了需求导向的价值共创育人机制和制度保障型利益共享长效机制。这一 实践有效破解了校企协同育人"两张皮"的难题，为全国深化产教融合、培育新质生产力提供了可复制的 实践样本。 "双高协同"政策内涵与产业教授战略定位 江苏省以《关于推进高新区和高等院校协同创新发展的实施意见》为指引，构建"有组织科研+有组织 转化"双轮驱动模式，推动高新区与高校由"自发结对"向"有组织协同"深度转变，这与党的二十届三中 全会"促进各类先进生产要素向发展新质生产力集聚"的要求高度契合。 在此政策框架下，产业教授实现根本性转变：从传统"企业导师"转型为驱动教育链、人才链、产业链、 创新链深度融合的"战略耦合器"。作为兼具学术素养与产业经验的高层次人才，其核心价值在于打破产 教系统壁垒，推动创新资源与育人要素精准对接，成为"双高协同"机制落地的关键枢纽。 路径探索与保障 ...