当意念可以控制机械，当能量取自"人造太阳"，当信息在量子与太赫兹的维度中穿梭——这些将不 再是科幻想象，而是"十五五"开局之年，中国为塑造未来发展新势能所锚定的战略高地。 "十五五"规划将培育壮大新兴产业和未来产业置于现代化产业体系建设的关键位置。2026年作 为"十五五"规划开局之年，其意义不仅在于承前启后，更在于为中国经济在下一轮全球科技与产业变革 中赢得战略主动打下第一根桩基。国家发展改革委负责人指出，这些未来产业蓄势发力，未来十年新增 规模相当于再造一个中国高技术产业，将为高质量发展注入源源不断的新动能。 战略开局：未来产业塑造发展新范式 2026年，中国经济站在一个新的历史起点上。"十四五"时期打下的坚实基础，与"十五五"擘画的宏 伟蓝图在此交汇。 当前，我国发展处于战略机遇和风险挑战并存、不确定难预料因素增多的时期。在这一关键节 点，"十五五"规划将"建设现代化产业体系，巩固壮大实体经济根基"摆在战略任务的首位，并明确提 出"前瞻布局未来产业"，释放出清晰而强烈的信号：中国式现代化的物质技术基础，必须建立在科技自 立自强和产业自主可控的坚实底座之上。 "十五五"规划点名的六大未来产业，精准锁定了新 ...

Core Insights - The "14th Five-Year Plan" emphasizes the strategic development of six future industries, including quantum technology, biomanufacturing, hydrogen energy, and nuclear fusion energy, with a focus on transitioning from laboratory research to real-world applications [1][3] Group 1: Industry Development - A compact fusion energy experimental device (BEST) has entered the assembly phase, aiming for commercial application of fusion energy during the "14th Five-Year Plan" [3] - Significant breakthroughs in core technologies have been achieved, with several quantum sensors developed and applied in precision equipment across various fields [5] - The "artificial ocean carbon cycle system" in Shenzhen has operated stably for over 500 hours in real seawater, achieving over 70% CO2 capture efficiency, converting seawater CO2 into green raw materials for plastic production [7] Group 2: Market Potential - The market for embodied intelligence is expected to exceed 5 billion yuan by 2025, while the brain-computer interface market is projected to surpass 3.8 billion yuan, and the biomanufacturing industry is anticipated to approach 1 trillion yuan in total scale [11] Group 3: Policy and Support - The government will continue to strengthen policy support, focusing on the core tracks of the six future industries, creating development clusters, and nurturing specialized and innovative enterprises to form new trillion-yuan industry tracks [12]

Core Viewpoint - The article discusses China's latest development in artificial marine carbon cycling systems, which utilize electrocatalysis to capture dissolved carbon dioxide from seawater and convert it into a nutrient for microorganisms, ultimately producing green materials for plastic products [1][3]. Group 1: Technology and Innovation - The artificial marine carbon cycling system has been operational in real seawater for over 500 hours, achieving a carbon dioxide capture efficiency exceeding 70% [3]. - The system converts carbon dioxide into polybutylene succinate, a green raw material used in everyday plastic products like straws and beverage bottles [3]. - The article highlights various innovative applications in biological manufacturing, such as using yeast for plant component production and bacteria for synthesizing smart adhesive alternatives [3]. Group 2: Industry Development and Ecosystem - Shenzhen's innovation model promotes collaboration between research and entrepreneurship, facilitating the transition from laboratory samples to market-ready products [9][10]. - The local ecosystem supports startups from inception to growth, with 121 companies established within the last decade successfully going public, including 87 on A-shares and 34 on Hong Kong stocks [17]. - The article emphasizes the importance of a complete innovation and entrepreneurship ecosystem, which has led to significant achievements in the biomanufacturing sector [17]. Group 3: Future Prospects - The biomanufacturing sector in China is entering a critical development phase, with investment in synthetic biology manufacturing reaching nearly 30 billion annually during the 14th Five-Year Plan [21]. - Experts suggest that the focus should be on building an innovation system for biomanufacturing and cultivating landmark products in emerging fields such as bio-based materials and biomedicine [21].

在11月14日到16日举办的第二十七届中国国际高新技术成果交易会（高交会）上，一批非常实用的科技 创新成果亮相。 全球首款"摄像"磁共振 磁共振是我们在体检中常见到的一类检测仪器。在高交会上，全球首款"摄像"磁共振亮相。 这套系统通过首创的LIVE Imaging技术，可实现磁共振从"摄影"到"摄像"的成像范式革命。基于该技术 开发出得新一代3T磁共振系统uMR Ultra，能够捕捉胃肠道蠕动过程，精准刻画胃肠壁结构。患者检查 时间由50分钟缩短至20分钟。 该成果可为消化系统疾病临床诊断提供精准技术支持。 柔性潜水助力外骨骼系统 能够协助潜水员完成交替打腿、蛙泳腿以及水下行走等多种水下动作的外骨骼系统你见过吗？在本届高 交会上，一款柔性潜水助力外骨骼系统最新亮相。 这项技术可直接从天然海水中捕获二氧化碳并将其还原为液体中间产物——甲酸，进一步将甲酸转化为 生物塑料单体——琥珀酸、乳酸，进而合成可完全生物降解的塑料聚丁二酸丁二醇酯、塑料聚乳酸，并 制备出示范产品，实现了"从海水到化学品"的完整技术链。 这项技术可应用于二氧化碳捕集与资源化利用、海洋负碳生物制造、可降解塑料、生物燃料等场景。 （文章来源：央视新 ...

Core Insights - Chinese researchers have developed an "artificial marine carbon cycle system" that captures CO₂ from seawater and converts it into intermediates for biomanufacturing, addressing climate change and supporting the development of green low-carbon materials [1][2] Group 1: Research and Development - The research was conducted by a team from the University of Electronic Science and Technology of China and the Shenzhen Institute of Advanced Technology, with results published in the journal "Nature Catalysis" [1] - The system integrates "electrocatalysis + synthetic biology" to create a complete chain from "seawater carbon capture" to "material and molecular production," demonstrating a scalable platform for interdisciplinary collaboration [1][2] Group 2: Technical Achievements - The electrocatalysis team achieved over 70% CO₂ capture efficiency in natural seawater using a newly designed electrolytic device that operates continuously for over 500 hours [2] - The research team plans to establish integrated "green factories" in coastal areas to continuously capture CO₂ and convert it into formic acid, which will then be transformed into green plastic materials using engineered bacteria [2] Group 3: Economic and Environmental Impact - This research aligns with China's "dual carbon" goals and the development of a blue economy, providing a new pathway for utilizing marine carbon sinks and contributing to high-value utilization of marine carbon resources [1]