Core Insights - Nanshan District is set to become the first district in China to surpass a GDP of 1 trillion yuan by 2025, contributing over 25% of Shenzhen's economic output with less than 10% of its land area [5][6] - The district's economic growth is characterized by a balanced approach involving investment, consumption, and exports, which collectively form a "stability triangle" against economic fluctuations [5][6] Economic Performance - Nanshan's GDP growth during the 14th Five-Year Plan period is projected to exceed 5.8% annually, with the district achieving 12 economic indicators ranked first in Shenzhen [5][6] - The total investment in projects signed in Nanshan for 2025 is expected to exceed 150 billion yuan, accounting for nearly 20% of Shenzhen's global investment conference total [6] Industrial Structure - Strategic emerging industries now account for 60% of Nanshan's GDP, showcasing a robust industrial structure [7][9] - The district hosts over 200 robotics companies, forming a collaborative ecosystem that enhances innovation and productivity [7][9] Innovation Ecosystem - Nanshan's innovation is driven by a unique ecosystem where large enterprises, SMEs, and innovative startups coexist, fostering a strong internal growth dynamic [8][10] - The district's R&D intensity has reached 7.87%, nearly three times the national average, with a high local conversion rate of R&D results exceeding 60% [9][10] Future Growth Areas - Nanshan is focusing on three future growth areas: low-altitude economy, embodied intelligence, and synthetic biology, aiming to cultivate new economic engines for the next decade [14] - The establishment of the Guangdong Provincial Laboratory for embodied intelligence and the development of low-altitude economic zones are part of Nanshan's strategic initiatives [14] Land Utilization and Development - Nanshan is leveraging limited land resources through innovative projects like the "industrial building up" model, which integrates manufacturing and R&D vertically [12] - The district's GDP per square kilometer is projected to reach 54 billion yuan by 2025, significantly higher than global benchmarks such as Silicon Valley and Singapore [12]

央企作为科技创新排头兵，应当将优化创新生态作为基础发力点。 1月28日，国新办举行新闻发布会，邀请国务院国资委相关负责人介绍2025年国资央企高质量发展情 况。其中指出，当前央企已经在科技创新、战略性新兴产业和未来产业布局上取得了一系列重大突破， 新质生产力发展正在积厚成势。 在积极推进研发成果高效率转化方面，要充分发挥央企对创新链、产业链、资金链的集成作用，强化产 学研协同，打造要素共投、收益共享、风险共担的联合创新体系。 持续加大研发投入带来的是创新成效不断显现。2025年这一年，央企围绕国家战略和重大需求，牵头或 参与了全部22个国家重大科技专项，攻克领跑技术121项，天问二号、首艘电磁弹射型航母等一批"大国 重器"捷报频传，"天权""钢铁脊梁号"等重大创新成果竞相涌现。 国资委相关负责人表示，今年央企将进一步增强责任感使命感，大力强化自主创新、原始创新，为实现 高水平科技自立自强、建设科技强国提供有力支撑；就"十五五"时期来说，要充分发挥央企科技创新主 体作用，加强自主创新、原始创新和关键核心技术攻关，加上其他措施的协同，更好催生新质生产力。 央企要进一步在发展新质生产力上积厚成势，持续加大研发投入是 ...

此外，中央企业围绕国家战略和重大需求，牵头或参与全部22个国家重大科技专项，攻克领跑技术121 项，天问二号、首艘电磁弹射型航母等一批"大国重器"捷报频传，"天权"、"钢铁脊梁号"等重大创新成 果竞相涌现。 张剑龙表示，今年，国资央企将进一步增强责任感使命感，大力强化自主创新、原始创新，为实现高水 平科技自立自强、建设科技强国提供有力支撑。重点在三个方面发力：着力增加高质量的科技供给。加 强关键核心技术攻关，提高基础研究投入占比，深化原创技术策源地建设，集中力量攻克一批辐射性、 全局性、战略性技术，产出更多原创性、引领性重大科技成果。着力推进高效率的成果转化。发挥中央 企业链长和应用场景双牵引作用，加快布局建设一批中试验证平台，加大首台（套）、首批次、首版次 采购力度，推动更多创新成果转化为现实生产力。着力构建高水平创新生态。充分发挥中央企业对创新 链、产业链、资金链的集成作用，强化产学研协同，打造要素共投、收益共享、风险共担的联合创新体 系，助力增强国家创新体系优势。 （文章来源：新华财经） 新华财经北京1月28日电（记者沈寅飞）在国新办28日举行的新闻发布会上，国务院国资委科技创新局 局长张剑龙介绍，中央 ...

Core Viewpoint - Nanwei Technology is revolutionizing the global high-end materials industry through original innovation and industrialization breakthroughs in nanosphere technology, marking a significant shift for China's new materials sector from laboratory to global market [1][2]. Group 1: Original Innovation and Industrialization - The strategic significance of nanosphere materials is highlighted, as they are essential for the production of biopharmaceuticals and electronics [2]. - The company was founded in 2007 in Suzhou, focusing on high-performance nanosphere materials, addressing a gap in the domestic market where over 90% of chromatography fillers were imported [2][3]. - The initial challenges included a failed technology route that required a complete overhaul of the technical system, which took an additional five years to resolve [3]. Group 2: Product Applications and Market Expansion - Nanwei's products are primarily used in biopharmaceutical separation and purification, as well as in environmental analysis and diagnostics [4]. - The company has significantly reduced production time and costs compared to competitors, exemplified by a six-day production cycle for LCD screen microbeads versus six months for Japanese firms [4]. - New membrane materials developed for organic solvent filtration have filled a global technology gap, allowing for energy-efficient recycling processes [4][5]. Group 3: Industry Collaboration and Future Plans - Nanwei has established a 42,000 square meter R&D and production base in Suzhou and an 18,000 square meter facility in Changshu for large-scale production [6]. - The company anticipates a revenue of 918 million to 930 million yuan in 2025, with a net profit increase of 54.51% to 75.03% [6]. - A unique collaboration model with academic institutions has been developed to address industrial pain points, resulting in over a hundred patent applications [6]. - Future plans include building a systematic platform for high-end materials and expanding into international markets to promote domestic original innovation technologies globally [7].

● 本报记者 郑萃颖 谈及创业初心，江必旺坦言："创业之初，中国在纳米技术领域的论文数量已占世界三分之一，但纳米 微球的产业化尚属空白。生物制药用微球长期被GE医疗掌控，手机电脑用微球被日本两家公司垄断， 正是这样的局面，让我决心创业。"他以"微球世界"作为微信昵称，并将推动纳米微球产业化作为其创 业方向。 纳米微球应用广泛，在生物制药领域，色谱填料是生产下游纯化环节重要耗材。根据纳微科技2021年的 招股说明书，当时国内色谱填料市场进口产品占比超过90%，国产材料存在巨大市场空间。江必旺认 为，要在纳米微球赛道立足，企业必须走出一条原始创新之路。 但纳米微球的制备并不容易，这项技术可以视作"微观世界的精密制造"，企业在推动从实验室到产业化 的跨越中，面临着高风险。江必旺谈到，创业初期，团队用两年时间完成实验室技术突破，让大家以为 产业化指日可待，但后续组建十几人团队，投入几千万资金攻坚五年后，却发现原有技术路线无法走 通。"很多人劝我放弃，毕竟投了这么多钱和时间，但我不甘心。"江必旺带领团队从头再来，又花五年 时间重构技术体系，期间顶住资金、技术、市场的多重压力，最终实现从底层技术到产业化的全面突 破。 江 ...

1月26日上午，广东省十四届人大五次会议开幕，最新出炉的广东省政府工作报告明确提出，强化企业创新主体地位，加强原始创新和关键核心技术攻关， 推进人工智能全域全时全行业高水平应用等举措。 吴学明表示，虽然广东产业体系完整，但在部分关键领域仍存在"卡脖子"风险。加强原始创新，旨在掌握更多具有自主知识产权的关键核心技术，抢占科技 发展制高点，不断催生新质生产力，从而在全球产业链和价值链中占据更加主动的位置。 实现这一目标的关键点在哪里？广东省政协常委、佳都科技集团董事长兼执行总裁陈娇认为，加强原始创新和核心技术攻关，对广东而言，是从"应用创新 高地"向"源头创新策源地"跃升的必然选择，关键在于"集中力量"和"优化生态"。 面对新一轮科技革命和产业变革，广东如何进一步激发科技创新的"新动能"？今年广东两会期间，南都N视频邀请多位专家共读政府工作报告，为广东科技 创新建言献策。 加强原始创新和关键核心技术攻关 筑牢科技发展"硬支撑" 原始创新是科技创新的源头，也是摆脱关键技术受制于人的根本。报告提出，要加强原始创新和关键核心技术攻关。 "加强原始创新和关键核心技术攻关，对广东而言，是关乎国家战略使命、区域竞争格局和未来 ...

■ 马国维 《中共中央关于制定国民经济和社会发展第十五个五年规划的建议》提出，加强原始创新和关键核心技 术攻关。《中共中央关于进一步全面深化改革、推进中国式现代化的决定》对深化国资国企改革进行了 全方位部署，其中专门提出"健全国有企业推进原始创新制度安排"。在全球科技竞争白热化的当下，原 始创新能力在很大程度上决定着一个国家、一个民族的核心竞争力。当前，浙江省国资国企改革已进入 深水区，主要经济指标位居全国前列，但在原始创新领域仍存在短板。唯有以更大的改革勇气和历史耐 心，打破短期绩效的窠臼，构筑鼓励探索、宽容失败、激励长远的制度环境，才能点燃原始创新的引 擎，培育出属于浙江、影响世界的未来产业巨头，为在中国式现代化新征程上"勇当先行者、谱写新篇 章"注入强劲动能。 制约国企原始创新活力的现实挑战 国际领先制造业企业的发展轨迹揭示，原始创新并非偶然的灵光一现，而是长期战略定力、专业化组织 保障与适应性制度文化共同作用的结果。我省部分国企在技术创新与应用开发上成绩显著，但在系统 性、专注性的原始创新布局上，尚未形成与之规模匹配的战略纵深和专门队伍。这种差距，并非单纯由 企业发展历史长短决定，更关键的在于是否在制 ...

Core Insights - In 2025, China's foundational research is entering a breakthrough phase characterized by significant original achievements and advancements in various scientific fields [1][4][12] Group 1: Breakthroughs in Fundamental Research - China has made notable progress in fundamental research, achieving breakthroughs such as the first large-scale preparation of two-dimensional metal materials and the development of the "Zu Chongzhi III" superconducting quantum computing prototype, which set a world record [1][3] - The country has also successfully demonstrated the feasibility of thorium-based molten salt nuclear fuel conversion, reinforcing its leading position in the global molten salt reactor research field [3][12] - In the field of quantum technology, China maintains a leading position globally, with significant advancements in quantum computing capabilities and secure communication networks [3][12] Group 2: Investment and Funding in Research - In 2025, the proportion of foundational research funding in total R&D expenditure reached a historic high of 7.08%, reflecting a continuous increase in investment in foundational research [1][16] - The total R&D expenditure in 2025 was approximately 39,262 billion yuan, maintaining China's position as the second-largest investor in R&D globally [16] - Local governments, such as Shanghai, are implementing policies to enhance foundational research investment, including matching funds for private sector contributions [16] Group 3: Infrastructure and Support for Research - China has over 70 major scientific facilities that support foundational research, contributing to significant achievements in various fields, including particle physics and astrophysics [9][12] - The "FAST" telescope has made groundbreaking discoveries in pulsar research, showcasing the capabilities of China's major scientific infrastructure [7][12] - The establishment of a comprehensive research system and the continuous support for young scientific talent are crucial for fostering original innovations in foundational research [15][16]

你能想象吗？ 这个世界有一个地方正在探索 新物理 深入地下700米 只有在这片能过滤宇宙射线的地下空间 这个地方不在欧洲美国 而是在 中国广东 当别人都在追风口的时候 广东正在造风道 在广东，基础创新的布局有多超前？ 超前到有望带领人类重新认识地球 这个藏在江门地下的中微子实验 建成 2个月 后就发布了首个物理成果 将中微子关键参数的测量精度最高提升了 1.8倍 效率超越了国际同类实验十年的积累 广东江门中微子实验（JUNO） 就是一个研究中微子的专用大科学装置 江门得天独厚的地理条件 是中微子研究的天选之地 才能捕捉到中微子的蛛丝马迹 是世界首个能研究深海生命起源的大科学装置 广东造的"风道"，远不止于此 广州南沙冷泉装置 深圳鹏城实验室的鹏城云脑 能支撑百亿参数大模型训练 东莞的散裂中子源一期建成 硼中子治疗正在启动临床实验 还有 强流重离子加速器、加速器驱动嬗变研究装置 等 多个大科学装置 就拿东莞的散裂中子源来说 在2011年奠基时 所在地还是漫山遍野的荔枝林 如今在"国之重器"带动下 松山湖逐渐建立材料实验室等大院大所 推动战略性新兴产业成为支柱产业 2025年GDP突破 1000亿元 当基础研究的 ...

Core Insights - In 2025, China's foundational research is entering a breakthrough phase characterized by significant original achievements and increased funding, with basic research funding reaching a historical high of 7.08% of total R&D expenditure [1][12]. Group 1: Breakthroughs in Fundamental Research - China has made notable advancements in various fields, including the first successful large-scale preparation of two-dimensional metallic materials and the development of the "Zu Chongzhi III" quantum computing prototype, which set a world record [1]. - The country has achieved a world-first in thorium-uranium nuclear fuel conversion, reinforcing its leadership in molten salt reactor research and providing core technological support for future thorium resource development [3]. - In quantum technology, China maintains a leading position globally, with significant breakthroughs in computational power and secure communication networks [3]. Group 2: Major Scientific Facilities - China has over 70 major scientific facilities, which are crucial for supporting foundational research and have led to significant discoveries, such as improved measurements of neutrino oscillation parameters and insights into cosmic rays [8][9]. - The "FAST" telescope has made a significant discovery regarding a rare pulsar, showcasing the importance of major scientific infrastructure in advancing research [6]. Group 3: Systematic Enhancements in Research Framework - The Chinese government has prioritized foundational research in its strategic planning, aiming to enhance original innovation capabilities and increase funding for basic research [11]. - The revised National Natural Science Foundation regulations, effective from January 1, 2025, aim to diversify funding mechanisms and encourage original research, particularly among young scientists [11][12]. - Continuous improvements in the research system, stable funding, and a growing pool of young talent are driving the surge in original innovations [12].