Quantum Technology - The report highlights the release of the world's first 3D-extended architecture 10,000-qubit quantum processor VIO-40K by QuantWare, which aims to overcome the scaling bottleneck of quantum processors and is compatible with NVIDIA's NVQLink platform [3][7][8] - The 2025 Zhongguancun Quantum Conference announced 16 quantum technology achievements and a 500 million yuan investment fund to support quantum entrepreneurship, showcasing advancements in quantum computing and applications in energy [3][13][14] Biomanufacturing - Levinthal Biotech completed a multi-million Pre-A round financing to accelerate the development of its AI-driven full-atom model protein design platform Pallatom, which addresses the design challenges of cyclic peptides [3][15][16] - Aopu Mai's acquisition of 100% of Pengli Biotechnology was approved, enhancing its capabilities in cell culture media and CDMO services, thereby expanding its market position [3][20][21] - Baiaosaitu has established a dual-platform listing strategy with its recent listing on the STAR Market, focusing on innovative drug development driven by gene editing technology [3][23][24] Hydrogen Energy and Nuclear Fusion - The report notes the deepening international cooperation in nuclear fusion, with a Chinese expert set to chair the ITPA Coordination Committee from 2026 to 2028, and the signing of a contract for the mass production of the ITER first wall [3][28][29] - Snowman Group's metal plate fuel cell stack project has passed final acceptance, marking a significant step in the commercialization of hydrogen energy technology [3][30][31] Brain-Computer Interface - Neuralink has demonstrated a significant efficiency breakthrough with its new surgical robot, reducing the electrode implantation time from 17 seconds to 1.5 seconds, showcasing advancements in surgical precision and safety [3][34][46] - The report emphasizes the competitive landscape, with the U.S. leading in invasive technologies while China excels in non-invasive applications, highlighting the ongoing developments in both sectors [3][48][49] Embodied Intelligence - Beijing Humanoid Robotics has launched the first fully autonomous humanoid robot tour guide solution, integrating IoT capabilities for various applications in exhibition halls and shopping malls [3][50][51] - The Shanghai humanoid robot pilot alliance was established to enhance the supply chain for humanoid robots, indicating a collaborative effort to scale the industry [3][53][54] - Yushu Technology has introduced a humanoid robot App Store, allowing users to upload and share action models, further promoting the commercialization of humanoid robotics [3][55]

【导读】年末发行冲刺，权益类基金成"主力军" 临近年底，新基金发行掀起小高潮，有超120只基金正在或即将发行。权益类基金成为发行"主力军"， 占比超过六成；指数基金成为很多基金公司重点布局方向；"固收+"基金、FOF也占较大比例。与此同 时，基金公司继续上报新品，12月以来有120只新基金上报。 多位业内人士表示，基金公司在年底前密集推出新基金，意在把握当前市场机会，同时布局2026年投资 窗口。在政策引导下，基金发行的重心也将从规模扩张转向注重持有体验与长期业绩。 正在或即将发行 为明年"春播"做准备 在积极发行新基金的同时，基金公司也在密集上报新品，为明年"春播"做准备。12月以来，已有120只 新产品上报，其中，指数型产品占比过半，不仅有中证500指数、创业板50指数、沪深300指数等指数基 金或指数增强基金，也有有色金属、石油天然气、新能源等主题ETF。主动权益基金已经上报逾40只， 其中，"科技+成长"成为最受重视的方向，不少上报的产品名称中带有"科技先锋""先进制造""睿选成 长""成长领航"字眼。此外，还有十多只FOF于近期上报。 展望2026年，汇成基金研究中心表示，新基金发行预计将延续万亿元 ...

中国基金报记者 曹雯璟 临近年底，新基金发行掀起小高潮，有超120只基金正在或即将发行。权益类基金成为发行"主力军"，占比超过六成；指数基金成为很多基 金公司重点布局方向；"固收+"基金、FOF也占较大比例。与此同时，基金公司继续上报新品，12月以来有120只新基金上报。 多位业内人士表示，基金公司在年底前密集推出新基金，意在把握当前市场机会，同时布局2026年投资窗口。在政策引导下，基金发行的 重心也将从规模扩张转向注重持有体验与长期业绩。 超120只基金 正在或即将发行 Wind数据显示，截至12月12日，目前正在发行的基金达90只，此外，还有31只基金等待发行。 权益类基金成为发行"主力军"，占比超六成。其中，指数型基金占"大头"，既有上证50指数、中证800指数、创业板指数等宽基ETF，也 有卫星产业、航空、芯片等高景气细分赛道产品。不少主动权益类基金由知名基金经理管理，比如路博迈港股通科技拟由魏晓雪管理、平 安产业竞争力混合基金拟由林清源管理、广发质量优选股票基金将由杨冬管理。此外，今年颇受市场青睐的"固收+"基金和FOF也在新基金 占较大比例，"多资产""稳健""多元"等成为产品宣传卖点。 汇成基 ...

Core Viewpoint - Biomanufacturing is emerging as a transformative industry that utilizes living organisms to produce essential materials, marking a shift from traditional manufacturing methods reliant on fossil fuels to more sustainable practices using renewable resources [5][6]. Group 1: Definition and Importance of Biomanufacturing - Biomanufacturing involves using microorganisms, animal, or plant cells to produce desired substances by designing and controlling their metabolic pathways [5]. - This industry combines traditional fermentation techniques with synthetic biology, allowing for the production of pharmaceuticals, flavors, plastics, and fuels from renewable resources like sugar and carbon dioxide [5][6]. - It is considered a future industry because it represents a new manufacturing path driven by life, rather than an extension of traditional industries [5]. Group 2: Environmental and Economic Impact - Biomanufacturing is crucial for achieving carbon neutrality goals, as it utilizes renewable resources instead of fossil fuels, enabling a "carbon cycle" approach [6]. - Predictions suggest that by 2050, approximately 60% of industrial products could be produced through biomanufacturing, potentially generating an economic value exceeding $30 trillion [6]. Group 3: Current Developments in China - China is accelerating its biomanufacturing industry, with government reports emphasizing the need to cultivate new growth engines, including biomanufacturing [7]. - The country has established leading advantages in fermentation capacity, industrial scale, and engineering experience, positioning itself favorably in the future development of this industry [7]. Group 4: Innovations and Applications - Biomanufacturing is reshaping traditional production logic, enabling the cultivation of lab-grown meat and the production of microbial proteins and synthetic dairy products without livestock [8]. - In the fashion industry, biomanufacturing offers sustainable alternatives, such as bio-silk and mycelium leather, which can replace petroleum-based textiles [8]. - In construction, "bio-bricks" made from fungal mycelium and mineral particles can self-repair and absorb carbon dioxide, contributing to eco-friendly building practices [8]. Group 5: Challenges and Future Trends - Key challenges include the need for foundational capabilities in gene editing, strain design algorithms, and metabolic pathway databases, which are currently weak in China [10]. - The transition from laboratory success to industrial application faces hurdles, including process complexity and cost control [11]. - Future trends indicate a convergence of artificial intelligence with biomanufacturing, enhancing the design of living organisms, and a shift towards carbon circular manufacturing, where factories can utilize carbon dioxide as a raw material [12].

此外，大赛特邀甘肃、宁夏、西藏、新疆等地项目晋级决赛，搭建起区域创新创业交流合作的桥梁，进 一步扩大了赛事的辐射力和影响力。经过激烈角逐，共评选出一等奖7个、二等奖21个、三等奖34个及 优秀奖49个，并评选出优秀组织奖8个。 中新网福建永安12月12日电 (雷朝良)第十一届福建青年创青春大赛总结交流活动暨科技创新成果分享会 12日在永安成功举办，来自全省各设区市团委、直属企业团委、有关高校团委负责人，青年企业家等 300余人共同出席。 "创青春"大赛自2014年启动以来，已连续举办11届，累计吸引10763个青创项目、3.21万名青年参赛， 1381个优秀青年创业项目获奖，发放创业扶持资金2440万元，培育孵化了一批高新企业。越来越多优秀 创业项目通过"创青春"舞台不断发展壮大，为全省经济高质量发展、加快形成新质生产力注入澎湃的青 春动能。 图为活动 现场。永安市融媒体中心供图 本次大赛以"青春为中国式现代化挺膺担当"为主题，设置科技创新、数字经济、台湾青年创业三大专 项，共吸引1266个项目报名参赛，涵盖人工智能、生物制造、生命健康、大数据、区块链技术等多个前 沿领域，涌现出一批科技含量高、市场潜力大、社 ...

Core Viewpoint - The article emphasizes the importance of seizing opportunities in future industries, particularly in quantum technology, biotechnology, hydrogen energy, and nuclear fusion, as outlined in China's 15th Five-Year Plan [1] Group 1: Quantum Technology Development - Guangdong has established a clear strategic layout for quantum technology, aiming to create a world-class quantum information technology innovation platform and a southern base for quantum information industry [4][13] - The first large-scale dedicated optical quantum computer manufacturing plant in Shenzhen marks a significant transition from laboratory principles to engineering mass production, filling a global gap in the industry [5][14] - The Guangdong-Hong Kong-Macau Greater Bay Area is forming a robust "innovation magnetic field," with increased activity in quantum technology, including forums and collaborative events among universities and enterprises [6][14] Group 2: Sustainable Quantum Innovation Ecosystem - A comprehensive development framework covering basic research, technology breakthroughs, platform construction, and industry cultivation is rapidly taking shape in the Greater Bay Area [8][15] - Guangdong is implementing open talent recruitment plans and enhancing quantum information science education in key universities to support the growth of the quantum ecosystem [15] - The unique "one country, two systems, three tariff zones" structure of the Greater Bay Area is fostering a distinct path for quantum technology development, focusing on international research, industry demand, and regional collaboration [15] Group 3: Future Industries in Other Regions - In Hubei, the hydrogen energy industry is being developed with a comprehensive approach, aiming for a total industry chain output value of 100 billion yuan by 2027 [23] - Hubei has established a full-chain innovation matrix in biotechnology, with several products leading globally in market share [21] - The province is also advancing in 6G communication technology, with significant investments and developments aimed at becoming a leader in the global 6G landscape [20][22]

浦江蜿蜒，润泽上海多个产业园区；浪涛汹涌，击打出创新的节拍；货轮远航，驶向广阔的国际市 场……"十五五"规划建议擘画出未来五年的战略蓝图，一批上海科创公司为国担当、勇为尖兵，瞄准创 新与国际化"双线突围"，谋篇布局高质量发展。 硬核创新是扎根本土的底气。上海完善的科创生态，为企业攻坚"卡脖子"技术提供了肥沃土壤。乘着上 海支持创新创业的东风，80后的大学生创业者谢应波带领泰坦科技，在科学服务行业闯出一条国产化之 路；从生物材料到生物制造，凯赛生物手握颠覆性创新技术，大胆挺进合成生物产业蓝海；面对"数据 危机"带来的挑战，英方软件接连翻越研发、市场与信任"三座山"，以硬实力打造数据"保险栓"；20年 精耕细作，从3G到6G，创远信科不断夯实通信测试技术底座，用"工业之尺"刻画着产业新高度。 开放布局是链接全球的桥梁。依托上海国际科创中心的优势，科创企业家不约而同将未来五年的发展目 光投向国际市场。凯赛生物董事长刘修才说，公司要成为世界生物制造产业的开拓者，并培养中国生物 制造的同路人。在泰坦科技的"征途墙"上，董事长谢应波为"十五五"之路贴上了一个新的关键词 ——"出海"。面对海外客户对中国基础软件的偏见，英方 ...

会议认为，资本市场在经济运行中的财富效应与预期管理作用十分关键。股市稳健运行有助于提升居民 财产性收入，增强消费能力和消费信心，从而对扩大内需形成正向拉动，成为经济复苏过程中不可忽视 的重要力量。在此背景下，资本市场若能实现平稳健康发展，将进一步强化经济循环的良性机制。 在对明年的经济工作部署方面，会议提出要继续把扩大内需作为重点方向，通过提振消费专项行动、城 乡居民增收计划以及相关政策优化，进一步增强消费对经济增长的贡献。创新驱动仍被视为经济发展的 核心动力之一。会议提出要加快培育壮大新动能，建设北京、上海和粤港澳大湾区国际科技创新中心， 大力发展新质生产力。这些部署对于人工智能、固态电池、生物医药、深海经济等新兴领域都具有重要 的指导意义，科技产业也因此有望继续成为2026年的关键发展方向，并在资本市场中保持较高的关注 度。 在结构改革方面，会议强调要深化改革攻坚，提升高质量发展的动力与活力。对于产能过剩较为突出的 行业，将继续推进去产能和行业结构优化，以促进光伏、算力、汽车、锂电池等产业的高质量发展。在 扩大高水平开放方面，会议提出要推动制度型开放，扩大服务业自主开放空间，优化自由贸易试验区布 局，扎实 ...

Core Insights - The "14th Five-Year" period has seen significant achievements in revitalizing Jilin's economy, with stable GDP growth and improved economic structure [1] - The focus is on building a modern industrial system, emphasizing the transformation of traditional industries and the growth of strategic emerging industries [2][3] - There is a strong push for innovation and the establishment of a robust technological platform, with a notable increase in high-tech enterprises [1][2] Economic Development - Jilin's GDP has shown stable growth, with a continuous optimization of the economic structure and enhanced resilience and vitality [1] - The province has implemented effective strategies to expand domestic demand, particularly in tourism and consumption sectors [1] Industrial Transformation - The strategy emphasizes the optimization and upgrading of traditional industries, including the transition of the automotive sector to new energy vehicles and the petrochemical industry towards higher quality and reduced oil dependency [2] - There is a focus on fostering strategic emerging industries such as new energy, new materials, and biomanufacturing, with specific targets for growth in these sectors [3][4] Future Industry Layout - Jilin aims to seize opportunities in future industries like artificial intelligence, hydrogen energy, and advanced manufacturing, with plans to develop a comprehensive ecosystem around these sectors [4] - The province is set to enhance its capabilities in high-performance computing and develop new battery technologies [4] Modern Service Industry - The development of the modern service industry is prioritized, with initiatives to enhance service quality and integrate with advanced manufacturing and agriculture [5] - There is a specific focus on promoting the ice and snow economy, including the development of related tourism and equipment industries [5] Infrastructure Development - Jilin plans to advance its infrastructure system, balancing new construction with the renovation of existing facilities, and enhancing digital infrastructure [6] - Key projects include the expansion of transportation networks and the optimization of water and energy resource management [6]

关键词 | 底层技术&AI |华为|万华化学 【SynBioCon】 获 悉， 近日，由广州生物岛实验室联合 华为云 、 万华化学 、 华龙讯达等共同研发的"生鸿"工业操作系统发布 ， 这是 鸿蒙化工业 系统首次引入生物制造领域 。 生物制造 作为全球科技竞争的战略制高点，正深刻重塑医药、材料、能源等关键产业，是我国发展新质生产力的重要方向。其技术的自主可控，直接关 乎国家产业安全与核心竞争力。然而，长期以来，底层控制系统的依赖与数据孤岛问题，制约着行业的智能化升级。在此背景下， 构建自主可控的数字 技术底座，推进"鸿蒙化"转型 ，成为关乎未来的必然选择。 "生鸿"工业操作系统由生物岛实验室牵头，联合华为云、华龙讯达、万华化学等行业领军力量共同研发 。其命名寓意"生命如鸿，自主翱翔"，基于开 源鸿蒙（OpenHarmony）打造，具有完全的自主知识产权，核心目标直指实现底层控制自主可控、设备智能互联与工艺数据安全闭环，旨在为未来数 字化、智能化的生物工厂奠定坚实的技术 底座。 02 从理念到实践 "生鸿"系统已取得阶段性应用成果 由生物岛实验室和万华化学等单位的协同推进下， "生鸿"系统已经在生物制造领域的多 ...