仅需毫米规格的人工培育类脑组织，机器人就可实现自主决策、行进避障。"生物中枢＋机械控 制"这一颇具未来感的场景，已在天津大学实验室内成为现实。 这个片上脑机接口智能交互系统，由脑机交互与人机共融海河实验室团队牵头、南方科技大学等团 队协作开发，能够通过细胞驱动实现"意念控制"。天津大学医学院教授李晓红说，目前团队正聚焦技术 的优化和落地应用。 距实验室仅一公里外，合源生物科技股份有限公司的研发基地里，缓慢晃动的生物反应器中孕育着 血液肿瘤患者生的希望。 作为一家聚焦于细胞治疗的企业，合源生物成立7年多来，已有两项细胞治疗国产CAR－T药物适 应症获批上市。合源生物创始人、CEO吕璐璐对未来信心满满："新的一年，企业将在产能扩增、推进 全球布局等方面深耕。" 近年来，天津加速布局未来产业，在合成生物、脑机接口等特色领域不断发力，已获批组建29家全 国重点实验室，建设细胞生态、先进计算与关键软件等7家海河实验室，国家和部级创新平台总数近280 家。如今，在智算芯片、细胞与基因治疗等关键技术领域，天津不断实现新突破。 不仅如此，天津科教资源丰富，聚力打造的天开高教科创园加快科技成果转化、科技企业孵化，累 计注册企业 ...

（来源：天津日报） 转自：天津日报 岁序更替，津沽大地万象更新。作为北方经济重镇和国家先进制造研发基地，天津因地制宜发展新质生 产力，正加速布局培育未来产业、发展壮大新兴产业、巩固提升传统产业，面向"十五五"努力开好局、 起好步，不断激发经济发展新动能、新活力。 不仅如此，天津科教资源丰富，聚力打造的天开高教科创园加快科技成果转化、科技企业孵化，累计注 册企业超4500家。 "天津将抢抓北京（京津冀）国际科技创新中心建设扩围机遇，聚焦科技创新和产业创新深度融合，强 化破题意识、系统推进，谋深抓实一批改革举措、重大项目和创新任务，为'十五五'谋好篇、开好 局。"天津市科技局局长崔振平说。 打造新集群 新兴产业积蓄新动能 瞄准新赛道 未来产业实现新突破 仅需毫米规格的人工培育类脑组织，机器人就可实现自主决策、行进避障。"生物中枢+机械控制"这一 颇具未来感的场景，已在天津大学实验室内成为现实。 这个片上脑机接口智能交互系统，由脑机交互与人机共融海河实验室团队牵头、南方科技大学等团队协 作开发，能够通过细胞驱动实现"意念控制"。天津大学医学院教授李晓红说，目前团队正聚焦技术的优 化和落地应用。 距实验室仅一公里外， ...

Core Insights - The article discusses the advancements in brain-computer interface (BCI) technology developed by the Haihe Laboratory at Tianjin University, showcasing its potential applications in medical rehabilitation for stroke patients and others with motor impairments [1][2][3]. Group 1: Technology and Innovation - The "Lingxi Finger," a wearable device developed by the Haihe Laboratory, utilizes non-invasive BCI technology to read brain signals and control external limbs, enabling stroke patients to regain hand function [2][3]. - The laboratory has been working on various BCI devices under the "Shengong" series, which have already been applied clinically to assist over 3,000 patients in regaining motor functions [3]. - The laboratory is also exploring the integration of large models with BCI capabilities, such as emotional BCIs that can analyze user emotions and provide targeted brain stimulation [3]. Group 2: Industry Development - In 2024, Tianjin University will become the first institution in China to offer a specialized program in brain-computer interfaces, reflecting the growing importance of this field [2]. - The Tianjin government has established a dedicated BCI special fund with an initial scale of 1 billion yuan, aimed at supporting over 20 high-quality projects in the industry [3]. - Collaborative efforts with other institutions, such as the development of the world's first on-chip BCI intelligent interaction system and a dual-loop BCI system for drone control, highlight the rapid advancements in this sector [4].

Core Viewpoint - Tian Kai Hua Yuan Science and Technology Park in Tianjin is rapidly developing, attracting 454 high-growth technology companies, with nearly 30% coming from Beijing and Hebei [4] Group 1: Development and Growth - The park covers an area of 11.58 square kilometers and is home to 13 universities, including Nankai University and Tianjin University [4] - It is recognized as Tianjin's first "coal-free zone" and a "National ISO14000 Environmental Demonstration Zone," hosting several Fortune 500 companies [4] - The park has been integrated into the Tian Kai High Education Science and Technology Park's "one core, two wings, multiple points" layout for further development opportunities [4] Group 2: Innovation and Infrastructure - The park features 128 research and innovation platforms, including national incubators and research centers co-established with universities like Tsinghua University [5] - A three-tier incubation model has been implemented, with a total incubation area of 1.2 million square meters, ranking among the top in the country [6] Group 3: Technological Advancements - The Haihe Laboratory for Brain-Machine Interaction has developed a complete domestic innovation chain with independent intellectual property rights [6] - Notable innovations include the world's first on-chip brain-machine interface intelligent interaction system and a non-invasive brain-machine interface system based on memristor technology [6] Group 4: Technology Transfer Models - The park has introduced a "pay after use" model for technology transfer, resulting in 14 technology achievements being commercialized [7] - Various models such as "zero threshold fee + milestone payment" and "open licensing + insurance backing" have been explored to facilitate technology commercialization [7] - The next steps include enhancing financial support for technology and exploring innovative funding methods to attract social capital to early-stage hard technology projects [7]

Group 1 - The core viewpoint of the article highlights the significant progress in the development of high-tech industries in national high-tech zones, with specific emphasis on the emergence of new industries and original technologies [1][2] - The national high-tech zones achieved an industrial added value of 1.7 trillion yuan in the first quarter of this year, representing a year-on-year growth of 7.1% [1] - Key regions such as Zhongguancun in Beijing, Zhangjiang in Shanghai, and Donghu in Wuhan are leading in their respective sectors, with the integrated circuit industry in Shanghai accounting for 20% and the optoelectronic information industry in Wuhan accounting for 50% of the national scale [1][2] Group 2 - The Ministry of Industry and Information Technology plans to enhance the competitive advantages of national high-tech zones by focusing on their unique strengths and fostering emerging industries [2] - By the end of 2024, national high-tech zones are expected to host 33% of the country's high-tech enterprises, 46% of specialized and innovative "little giant" enterprises, and 67% of unicorn companies [2][3] - The government aims to cultivate world-class enterprises and technology leaders, increasing support for "gazelle" and unicorn companies to further invigorate the development of high-tech industries [3]

Core Viewpoint - The National High-tech Zones in China have achieved significant progress in high-quality development, with notable advancements in economic performance, technological innovation, high-tech industry growth, and enterprise competitiveness [1][2]. Economic Development - In Q1 2024, the National High-tech Zones achieved an industrial added value of 1.7 trillion yuan, representing a year-on-year growth of 7.1% [1]. - The projected GDP for the National High-tech Zones in 2024 is 19.3 trillion yuan, with a nominal growth of 7.6% compared to the previous year, and an average annual growth rate of 11% since 2012 [1]. Technological Innovation - National High-tech Zones host 70% of the national manufacturing innovation centers and 80% of key laboratories, with R&D expenditure and invention patents accounting for approximately 50% of the national totals [1][2]. - Original technologies and first products, such as general artificial intelligence systems and brain-machine interface systems, are continuously emerging from these zones [1]. High-tech Industry Development - The National High-tech Zones are being guided to strengthen leading industries and enhance cross-zone industrial collaboration, with initiatives like the establishment of AI industry innovation networks [2]. - Key industry clusters include the new generation information technology in Zhongguancun, which has reached a trillion-level scale, and the integrated circuit industry in Zhangjiang, Shanghai, which accounts for 20% of the national market [2]. Enterprise Competitiveness - By the end of 2024, National High-tech Zones are expected to host 33% of the national high-tech enterprises, 46% of specialized "little giant" enterprises, and 67% of unicorn companies [2]. - The zones are enhancing specialized services and support for enterprises, leading to significant improvements in innovation capabilities and overall competitiveness [2].