对长三角万亿GDP城市而言，产业质量正成为更长周期的竞争变量。 | | 长三角万亿之城2025年经济数据 | | | --- | --- | --- | | 城市 | 2025年GDP总量(万亿元) | 2025年GDP増速 | | 上海 | 5.67 | 5.4% | | 苏州 | 预计2.77 | 预计5.4%左右 | | 杭州 | 2.3 | 5.2% | | 南京 | | 预计5.2%左右 | | 宁波 | 1.87 | 4.9% | | 无锡 | 预计1.68左右 | 预计5.1%左右 | | 合肥 | | 预计6%左右 | | 南道 | 预计1.3 | 预计5.3% | | 常州 | | 预计5.2%左右 | | 温州 | 1.02 | 6.1% | | | 数据来源:各城市统计局、各城市2026年政府工作报告 | | | 敕阳· 加宁超 | | | 对于长三角万亿之城而言，GDP规模仍然重要，但已不再是唯一指标。产业结构是否合理、新旧动能能否接续，正在成为衡量 一座城市发展质量的重要维度。 2025年，上海经济在稳增长与结构升级中继续向前，全年地区生产总值达56708.71亿元，同比增长5.4% ...

21世纪经济报道柳宁馨 杭州报道 对长三角万亿GDP城市而言，产业质量正成为更长周期的竞争变量。 | | 长三角万亿之城2025年经济数据 | | | --- | --- | --- | | 城市 | 2025年GDP总量(万亿元) | 2025年GDP増速 | | 上海 | 5.67 | 5.4% | | 苏州 | 预计2.77 | 预计5.4%左右 | | 杭州 | 2.3 | 5.2% | | 南京 | | 预计5.2%左右 | | 宁波 | 1.87 | 4.9% | | 无锡 | 预计1.68左右 | 预计5.1%左右 | | 合肥 | | 预计6%左右 | | 南通 | 预计1.3 | 预计5.3% | | 常州 | | 预计5.2%左右 | | 温州 | 1.02 | 6.1% | | | 数据来源:各城市统计局、各城市2026年政府工作报告 | | 2025年，长三角万亿GDP城市出现新变化，总数增至10个。截至1月27日，上海、杭州、宁波、温州已公布2025年全年经济数 据，上海以5.67万亿元继续稳居龙头，杭州为2.3万亿元，宁波未过两万亿元，温州成为新晋万亿之城。 根据各城市2026年两 ...

一是创新质量持续提升。我国国内（不含港澳台）有效发明专利中，高价值发明专利同比增速比总体水 平高2.2个百分点，数量达到229.2万件。信息技术管理方法、计算机技术、医学技术等领域的有效发明 专利增速最快，人工智能专利有效量居全球前列，在量子科技、生物制造、脑机接口、第六代通讯等未 来产业布局了一批关键核心技术专利，有力促进了高水平科技自立自强。 来源：央视新闻客户端 国务院新闻办公室今天上午举行新闻发布会，国家知识产权局披露的知识产权数据，反映出以下主要特 点: 三是知识产权效益加速显现。最新数据显示，我国专利密集型产业的增加值突破18万亿元，占GDP的比 重从2020年的11.97%提升到2024年的13.38%，对经济增长的贡献度稳步提高。全球前5000个品牌中， 我国品牌价值达1.81万亿美元，位居全球第二。地理标志产品直接年产值接近1万亿元，实现五连增， 成为特色产业增收致富的"金名片"，有效助力了区域经济发展。 二是重点区域创新活跃。截至2025年底，长三角地区、京津冀地区和广东省的发明专利有效量分别为 173.4万件、91.6万件和89.9万件，合计约占国内总量的2/3；有效注册商标量合计280 ...

Core Insights - The article highlights the significant gap between the vast annual research funding of nearly 1 trillion yuan in Chinese universities and research institutions and the low technology transfer rate of less than 5%, attributing the issue to a lack of effective "algorithms" rather than a deficiency in technology [1][2] - Photonic technology is identified as a core support for future information technology, with a projected global market growth from $920 billion in 2023 to over $1.2 trillion by 2027, driven by the increasing demand for AI computing power [1][2] Research Funding and Technology Transfer - Chinese universities and research institutions receive nearly 1 trillion yuan annually for research, yet the technology transfer rate remains below 5% [2] - The disconnect between innovation and industry is a longstanding issue, with market success not guaranteed by technological breakthroughs alone [2] Photonic Technology and Market Growth - The global photonics market is experiencing explosive growth, with the Chinese Academy of Information and Communications Technology reporting a market size of $920 billion in 2023, expected to exceed $1.2 trillion by 2027 [1] - The demand for AI computing power is a key driver of this growth, indicating a shift towards photonic chips for signal processing in computing and AI [2] Industrialization Strategies - A new industrialization "algorithm" has been implemented by Zhang Long's team at the Hangzhou Institute of Optics, focusing on a "selection-cultivation-marriage" logic to enhance technology transfer [3] - The establishment of the Xihe Optoelectronic Industry Incubator in Shanghai represents a collaborative model involving government, research, and capital to foster innovation and entrepreneurship [3] Supportive Ecosystem and Initiatives - The Pudong New Area has developed the largest and most comprehensive photonic scientific facility cluster globally, providing robust research support [4] - The 895 Incubator in Zhangjiang focuses on high-tech startups, having invested in 20 projects with a total investment of approximately 700 million yuan, with five companies already listed [4] - Shanghai's "Technology Innovation Action Plan" aims to cultivate technology-driven small giant enterprises, enhancing the efficiency of technology transfer and industry development [4]