中央经济工作会议提出，"建设北京（京津冀）、上海（长三角）、粤港澳大湾区国际科技创新中心。" "党中央决定，将北京国际科创中心扩围至京津冀，上海国际科创中心扩围至长三角，目的是加快形成 我国原始创新的主要策源地，共同打造科技强国建设的战略指引，树立以科技支撑引领中国式现代化的 标杆。"习近平总书记阐明其中的深远考量。 建设国际科技创新中心，是党中央立足全局、着眼长远的战略考量。近年来，三大中心建设成效显著， 对支撑我国创新能力提升发挥了重要作用。未来，拓展国际科技创新中心建设范围，将带来哪些新机 遇？本报记者进行了采访。 ——编者 建设北京（京津冀）国际科技创新中心—— 铸就"高峰"，培育"高原" 本报记者王昊男 北京总部专注研发，300余人攻坚关键核心技术；天津基地高效生产，保障关键部件及时供应；河北廊 坊整机装配，十年三次扩产。一台机床三地造，搭上京津冀协同发展的快车，北京精雕科技集团执行总 裁吴爱军说："建设国际科技创新中心，对我们来说是新机遇。" "将北京国际科技创新中心拓展至京津冀"，从一城到三地，京畿大地，创新热潮涌动。 "将北京国际科技创新中心拓展至京津冀，有利于加快形成我国原始创新的主要策源地 ...

中新网深圳12月21日电 题：深圳福田激活大湾区科创链条 深港协作成果跨越山海 中新网记者 索有为 香港城市大学陈福荣教授团队自主研发的高时空分辨率电子显微镜，于2025年11月在深圳福田完成孵化 后，正式登陆欧洲市场。 记者近日在深圳市福田区采访时获悉，这一成果的背后，是"研发在港澳、转化在福田、市场在全 球"——这一创新模式，通过制度创新与精准服务，为深港科技成果从实验室走向全球市场打通了关键 路径。 深圳福田 鸟瞰。福田区供图 长期以来，深港两地高校一直面临产学研转化的共性难题。香港科研实力雄厚，深圳产业完备度高，但 如何让两地优势精准对接，始终是大湾区创新发展的关键课题。香港城市大学陈福荣教授团队的遭遇颇 具代表性。 该团队深耕电子显微镜技术20年，虽然技术储备扎实，却因缺乏资金和市场渠道，尖端技术难以走 出"象牙塔"。转机出现在2020年初。当时深圳正加快推动深港科技协作，福田区率先搭建跨境科创协同 机制，精准链接香港高校的创新力量。香港城市大学深圳福田研究院，成为首批入驻河套合作区的香港 高校。 "福田区不仅提供场地与政策，还提供了一大笔科研启动资金，这在香港高校体系里是非常罕见的资源 配比。"陈 ...

Core Viewpoint - The Guangdong-Hong Kong-Macao Greater Bay Area aims to establish a globally influential international technology innovation center, leveraging the strengths of each region to foster collaborative innovation [1] Group 1: Innovation Corridors - The Greater Bay Area features two main technology innovation corridors: Guangzhou-Shenzhen-Hong Kong and Guangzhou-Zhuhai-Macao, which are interconnected by significant scientific research facilities [1] - Key projects like the China Spallation Neutron Source and advanced laser technologies are being developed, enhancing the region's research capabilities [1] Group 2: Collaborative Breakthroughs - The collaboration between Hong Kong's basic research and Shenzhen's supply chain has led to significant advancements, including the development of China's first high-resolution electron microscope [2] - Over 600 million yuan has been allocated for cross-border scientific research funding, enhancing talent attraction through tax incentives and streamlined processes for researchers [2] Group 3: Integration and Development - The integration of resources and platforms across the three regions has led to the establishment of over 30 innovation platforms, facilitating research and development [3] - The China Spallation Neutron Source has opened its facilities to global scientists, significantly improving research efficiency for teams from Hong Kong and Macao [3] Group 4: Achievements and Outcomes - The Hong Kong-Shenzhen-Guangzhou innovation cluster has been ranked first globally in the 2025 Global Innovation Index, marking a significant achievement for the Greater Bay Area [5] - The region has seen over 200 high-end research projects initiated in the Hong Kong-Shenzhen Innovation Cooperation Zone, with more than 440 technology companies and 15,000 researchers involved [4]

Core Viewpoint - The Guangdong-Hong Kong-Macao Greater Bay Area is emerging as a significant platform for collaborative innovation, with key areas like Hengqin, Qianhai, Nansha, and He Tao serving as experimental fields and accelerators for development [1] Group 1: Hengqin - The "Precision Puncture Navigation System" developed by Zhenjiankang (Guangdong Hengqin) Medical Technology Co., Ltd. demonstrates a high level of accuracy in medical procedures, achieving a precision of "millimeter" level and being utilized in over 70 top-tier hospitals across China [2][3] - The company has completed over 4,000 puncture surgeries, showcasing its successful integration into the healthcare system [2] - Zhenjiankang's new "Navigation and Ablation System" has been approved for market release, marking a significant advancement in combining diagnosis and treatment [3] Group 2: Qianhai - Simou Technology has developed a "Multi-modal Five-axis Industrial Intelligent Detection Machine" that can complete 360-degree inspections of products in just 2 seconds, significantly improving efficiency compared to manual quality checks [5] - The company has sold over 1,000 units and inspected at least 2 billion products, highlighting its impact on the manufacturing sector [5][6] - Simou Technology has achieved a valuation exceeding $1 billion within 18 months of its establishment, indicating rapid growth and success in the industry [6] Group 3: Nansha - The Hong Kong University of Science and Technology (Guangzhou) has developed a titanium alloy additive-subtractive manufacturing machine that can process products up to 2 meters long, applicable in aerospace and automotive industries [7][8] - The integration of additive and subtractive manufacturing processes allows for improved precision and reduced material waste, particularly in complex industrial components [8][9] - The company has received over 700,000 yuan in orders and won 120,000 yuan in innovation competitions, demonstrating its commercial viability [9] Group 4: He Tao - The Hong Kong City University has successfully developed a high temporal resolution electron microscope through collaboration in the He Tao Innovation and Technology Park, combining Hong Kong's research capabilities with Shenzhen's manufacturing strengths [10][11] - The innovative "temporary import-export" model for research equipment has streamlined the process of moving prototypes between Hong Kong and Shenzhen, significantly reducing wait times for commercialization [12] - The team plans to establish a large-scale production line for their electron microscopes within three years, indicating strong future growth potential [12]