新春调研"第一站"，天津聚焦三大关键词 盘活：让存量资源"生金" 此次调研中，"117项目"亦受关注。这座曾沉寂多年的超高楼宇，如今迎来转机。调研组深入周边，特 意考察了为其供应电梯部件的天津盛驰精工有限公司，详细了解产品与营收。 "加快推进'117项目'等重点存量资源盘活利用"——调研中的这一表述，明确了这座地标的未来走向。 但盘活并非简单"救活一栋楼"，而是强调"盘而能活、盘而有效"，探索差异化路径，引入有科技含量、 就业容量、环境质量的优质项目。更重要的是，统筹重点项目与周边区域发展，实现"相互促进、相互 赋能"。 资料图为"117项目"。 记者 佟郁 摄 从"沉睡资源"到"发展动能"，天津力争让重点项目成为资源要素的"强磁场"，带动产业链成龙配套，实 现"点活一子、激活一片"的乘数效应。 中新网天津2月26日电 (记者 周亚强)行程紧凑、指向明确，农历新春伊始，天津市党政主要领导于24日 分赴重点项目和区域，调研"第一站"透露出新一年聚力高质量发展的三大关键词：创新、盘活、同城 化。 创新：让产学研"深融" 创新，新在何处？调研深入企业车间与高校实验室，答案直指一个核心——融合。 在中电科蓝天科技股份 ...

强化产学研融通创新，企业成为山东科技创新的主力军。全省75%的重大科技攻关指南建议来源于 企业，85%以上的省重大科技攻关项目由企业牵头承担，常态化组织企业专家参与科技咨询，提升省科 技专家库企业专家比例，让更多企业专家参与项目评估、绩效评价，企业科技创新决策话语权显著提 升。 创新平台与产业的契合度也不断提升。"1313"四级实验室体系全面建成，企业参与比例超过85%。 燃料电池、高速列车国家技术创新中心等产业创新平台建设取得阶段性成果；国家盐碱地综合利用技术 创新中心累计培育耐盐碱新品种（系）87个，在全国实现新品种推广面积超3000万亩。 科技成果转化按下"加速键"。塑强山东科技大市场体系，汇聚科技服务机构781家、企业4.9万家、 科技成果5.7万项，促成技术交易2000余项。科技服务业增加值增速6.5%，高于全省服务业0.4个百分 点，拉动全省经济增长0.1个百分点。（记者 王亚楠 通讯员 荆培珩） 记者从近日召开的2026年全省科技工作会议上获悉，2025年，我省企业创新主体地位得到新提升， 企业研发动能更加澎湃，企业研发投入占全社会研发投入比重达88.4%，高于全国10.8个百分点，全省 科技型 ...

"唐山素有'北方瓷都'之称，机器人技术正是陶瓷产业转型升级的新引擎。希望借助政策东风，为传统 产业插上科技翅膀，重振'北方瓷都'的雄风。" 他常这样与团队共勉。为此，他主动牵头，与唐山学 院、北京理工大学唐山研究院等高校院所开展战略合作，共建省级技术创新中心，通过强化人才引育、 聚焦技术研发，扎实推进各项创新实践。面向 "十五五"，他带领企业瞄准海外生产性服务业，计划为 中国企业出海提供全链条服务，"我们要让唐山的陶瓷智能技术走出国门，让中国陶瓷在全球舞台更有 竞争力。" （来源：唐山劳动日报） 本报记者 媛媛 "这是我们公司为陶瓷企业量身打造的智慧工厂整体解决方案，从原料精炼到釉彩喷涂，95%工序由'机 器人军团'完成，既解决了招工难又从根源避免人工误差。"在河北斯罗米克科技股份有限公司展厅内， 市人大代表、公司技术工程师吕庆杰向记者展示了用于不同工序的作业机器人。从深耕陶瓷智能装备研 发的技术先锋，到履职尽责的人大代表，他以科创为笔、以初心为墨，在赋能产业发展与情系民生的道 路上步履不停，让专业力量与代表担当在唐山高质量发展的实践中同频共振。 斯罗米克深耕机器人陶瓷行业集成应用与智慧工厂建设，是国家高新技 ...

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 ...

在绍兴这家低空智能企业，人工智能研究方面的专家李虎雄正带领团队，与企业工程师围绕"低空多源融合感知监 测技术"进行实验和研讨。该项目成功入选了2026年度"尖兵领雁+X"科技计划，成果落地后预计可创造年收益超1 亿元。 浙江华盛雷达股份有限公司董事长 寸怀诚：从理论研究到实际工程实现，其实链条是非常长的。对于企业很难从 理论研究开始做起，所以产学研就非常重要。 据了解， "尖兵领雁+X"计划是浙江省设立的重大科技专项。本次公示的470余个项目，在人工智能、新材料、新 能源等"三大科创高地"布局集中，其中人工智能领域立项占比超过三分之一。 日前，浙江省科技厅公示了470多项2026年度"尖兵领雁+X"科技计划项目，涵盖低空经济、生物医药等多个领 域。这些项目的实施将如何赋能我省产业升级与区域创新？ 在湖州，由电子科技大学长三角研究院（湖州）牵头的4个项目同时入选。这些项目联合德清、安吉等区域，未来 将广泛应用于区域间智慧城市构建、公共安全防控等多个领域。 电子科技大学长三角研究院（湖州）副院长 林先其：在省里的支持下，我们会重点打造10平方公里的一个核心测 试区，以及400多平方公里的整个示范区，布局多元融合感 ...

Group 1 - The current technological revolution and industrial transformation are advancing rapidly, with a profound change in scientific research paradigms and interdisciplinary integration, making national innovation systems a new focus of global technological competition [1] - During the "14th Five-Year Plan" period, China's technological innovation capabilities have steadily improved, with significant achievements in the construction of the national innovation system, including leading positions in R&D investment, personnel, and infrastructure [1] - China's comprehensive innovation capability ranking has improved from 14th in 2020 to 10th in 2024, with major technological achievements in manned spaceflight, lunar exploration, and deep-sea and deep-earth exploration [1] Group 2 - Historical experience indicates that a country's strength depends on its innovation capability, which must be systematic and comprehensive; China still faces shortcomings in innovation system layout, resource allocation, and management mechanisms [2] - Basic research is the source of technological innovation, and China is currently in an accelerated phase of basic research, emphasizing the need for a collaborative innovation ecosystem involving national laboratories, universities, and research institutions [2] - The vitality of enterprise innovation directly determines the effectiveness of the national innovation system; there is a need to support leading technology enterprises and enhance cooperation between enterprises, universities, and research institutions [2] Group 3 - Talent is the most active core element in the innovation system, and the competition ultimately revolves around talent; there is a need for comprehensive reforms in education, technology, and talent systems to cultivate a large, well-structured, and high-quality innovative talent pool [3] - The establishment of a dual-channel flow mechanism and a diversified evaluation system for talent is essential to provide intellectual support for the national innovation system [3]

Group 1 - The event titled "Application of Digital Twin Technology in New Product Development" was held at Qirui Technology (Jiangsu) Co., Ltd., with participation from local science and technology associations and technical leaders from related enterprises [2] - The Vice Chairman of the Zhenjiang Science and Technology Association emphasized the importance of promoting international scientific and technological exchanges and cooperation to enhance the integration of industry, academia, and research [4] - The event featured discussions on automation innovation and intelligent energy-saving standardization, with presentations from Japanese experts on cost competitiveness, AI applications in manufacturing, and energy-saving solutions [6] Group 2 - The international exchange aimed to stimulate the innovative role of enterprises, promote technological transformation and upgrading, and enhance core competitiveness [8]

Core Insights - The State-owned Assets Supervision and Administration Commission (SASAC) emphasizes that central enterprises have prioritized technological innovation as a key task, achieving significant progress and results in recent years [1][2][3][4] Group 1: Strengthening Innovation Capabilities - Central enterprises have increased R&D investment, with an annual growth rate of 6.5%, exceeding 1 trillion yuan (approximately 1.1 trillion yuan last year) for three consecutive years, with nearly 100 billion yuan allocated to basic research [1] - A total of 474 national-level R&D platforms have been established, along with 8 national technology innovation centers and 91 key laboratories, representing one-sixth of the national total [1] - Central enterprises employ 1.44 million R&D personnel, accounting for one-fifth of the national total, and have 219 academicians, enhancing talent support [1] Group 2: Improving Innovation Efficiency - Central enterprises have built a three-tiered collaborative system to enhance independent innovation capabilities, focusing on major strategic needs [2] - They have undertaken 22 national major technology projects and contributed to 60% of key product R&D in the manufacturing sector [2] - A total of 97 original technology source locations have been established in fields like quantum computing and biotechnology, leading to several groundbreaking achievements [2] Group 3: Optimizing Innovation Ecosystem - Central enterprises promote a collaborative environment for technological innovation, emphasizing "tight collaboration and vertical integration" [3] - Incentives for major technological achievements include performance assessments and funding support, with over 70% of the state capital budget for 2025 allocated to enterprises engaged in technological innovation [3] - The empowerment of project leaders and the establishment of compliance mechanisms have increased the enthusiasm of scientific personnel, enhancing innovation vitality [3] Group 4: Notable Achievements - Since the start of the 14th Five-Year Plan, central enterprises have made significant technological advancements, contributing to national strategic needs with major projects like "Deep Sea No. 1" and the Shenzhen-Zhongshan Link [4] - Central enterprises won 109 awards in national technology invention and progress categories, accounting for over half of the total awards in the country [4] - Breakthroughs in core technologies related to integrated circuits, industrial mother machines, and basic materials have filled industry gaps and promoted the safe development of related sectors [4]

Core Viewpoint - The "14th Five-Year Plan" marks a significant milestone in China's technological development, showcasing historic achievements and transformations in the sector under strong leadership and collective efforts from society [1]. Group 1: Major Technological Achievements - The "Tiangong" space station has entered regular operation, and the "Chang'e 6" mission successfully returned samples from the moon's far side [2]. - 5G communication has achieved large-scale application, and the Beidou navigation system provides global precision services [2]. - The C919 large passenger aircraft has commenced commercial flights, and China's new energy vehicle production and sales remain the highest in the world [2]. - The first fourth-generation nuclear power plant has begun commercial operation, and China leads globally in installed capacity for solar and wind power [2]. Group 2: Advancements in Artificial Intelligence and Robotics - Multiple general-purpose AI models have emerged domestically, with some achieving accuracy rates exceeding 95% [3]. - Breakthroughs in humanoid robotics technology have been made, facilitating applications in automotive manufacturing, logistics, and power inspection [3]. - Brain-computer interface technology has begun assisting patients with paralysis and blindness, with domestic brain stimulators now fully commercialized [3]. Group 3: Strengthening of Basic Research - China's R&D investment is projected to exceed 3.6 trillion yuan in 2024, a 48% increase from 2020, with a research intensity of 2.68% [4]. - Basic research funding has reached 249.7 billion yuan, growing over 70% since 2020, leading to significant original achievements in various scientific fields [4]. - The number of high-impact scientific researchers has increased significantly, with 1,405 high-citation scientists in 2024, representing 20% of the global total [5]. Group 4: Technology Transfer and Innovation - The level of technology transfer in China has improved significantly, with the national technology contract transaction volume projected to reach 6.8 trillion yuan in 2024 [6]. - Pilot programs for technology transfer have led to a cumulative contract amount of 12.09 billion yuan, marking a 126.5% increase compared to the previous three years [7]. - Collaborative research initiatives between universities and enterprises have resulted in over 2,500 joint projects and the training of more than 2,000 engineering master's and doctoral students [7]. Group 5: Enhancements in Quality of Life through Technology - Significant advancements have been made in environmental protection, food security, transportation, and healthcare, contributing to improved living standards [9][10]. - Air quality in the Beijing-Tianjin-Hebei region has improved, with PM2.5 concentrations decreasing by 18% due to targeted research efforts [9]. - Innovations in agricultural technology have led to the development of high-yield crop varieties and advanced agricultural machinery, supporting food security [9]. - Breakthroughs in medical technology include the development of a global first 5.0T MRI machine and a dual-antibody drug for cervical cancer, enhancing healthcare accessibility [10].

Core Viewpoint - Central enterprises are positioned as the national team for technological innovation and play a crucial role in the country's strategic technological capabilities, with significant progress made in innovation efforts over recent years [1][4]. Group 1: Strengthening Innovation Capabilities - Central enterprises have significantly enhanced their innovation strength, with R&D expenditures growing at an annual rate of 6.5%, exceeding 1 trillion yuan (approximately 1.1 billion USD) annually for three consecutive years, and nearly 100 billion yuan (approximately 100 million USD) allocated to basic research last year [1][4]. - A total of 474 national-level R&D platforms have been established, along with 8 national technology innovation centers, and 91 key laboratories led by central enterprises, accounting for one-sixth of the national total [1]. - Central enterprises employ 1.44 million R&D personnel, representing one-fifth of the national total, and include 219 academicians, strengthening the talent pool for innovation [1]. Group 2: Improving Innovation Efficiency - Central enterprises have developed a three-tiered collaborative system to enhance independent innovation capabilities, focusing on major strategic needs and actively participating in 22 national major technology projects [2]. - They have established 97 original technology source bases in fields such as quantum computing and biotechnology, achieving several leading and original results [2]. - The enterprises have formed 479 industry technology innovation strategic alliances and initiated 25,000 collaborative projects, promoting synergy between industry, academia, and research [2]. Group 3: Optimizing Innovation Ecosystem - Central enterprises advocate for close collaboration and a conducive environment for technological innovation, emphasizing "incentive empowerment" and providing significant support for major technological achievements [3]. - Over 70% of the state-owned capital management budget for 2025 will be allocated to enterprises engaged in technological innovation and emerging industry development [3]. - The enterprises are exploring ways to reduce burdens and grant project leaders greater autonomy, fostering a more vibrant innovation atmosphere [3]. Group 4: Achievements in Technological Innovation - Since the 14th Five-Year Plan, central enterprises have made notable technological achievements, including significant national projects and awards, with 109 awards received in national technology invention and progress categories, accounting for over half of the total [4]. - Breakthroughs have been made in various fields, including integrated circuits, industrial mother machines, industrial software, and basic materials, filling several technological gaps [4]. - Looking ahead to the 15th Five-Year Plan, the focus will be on enhancing core technology breakthroughs and promoting the integration of technological and industrial innovation [4].