Quantum Technology - IonQ announced an $1.8 billion acquisition of SkyWater Technology to accelerate its roadmap towards fault-tolerant quantum computing, with plans to start functionality testing of 200,000 qubit QPUs by 2028 [6][8] - A Chinese research team discovered new principles in quantum systems using the 78-qubit superconducting quantum processor "Zhuangzi No. 2," which enhances the application of quantum computing in fields like financial modeling and drug development [7][9] Biomanufacturing - Kangnuo Biopharmaceutical submitted an application for listing on the Hong Kong Stock Exchange, focusing on mitochondrial medicine and NAD+ applications, with projected revenues of 303 million yuan in 2023 [10][11] - Guangdong Province released an action plan aiming for a 40% self-sufficiency rate in core strains of biomanufacturing by 2027, with a total output value exceeding 500 billion yuan [11] Hydrogen Energy and Nuclear Fusion - Sichuan Fusion New Energy Industry Investment Development Co., Ltd. officially commenced operations, supporting the construction of China's first internationally recognized fusion city [13] - CIMC Anrui announced the successful launch of China's first IV-type hydrogen gas bundle container, marking a significant advancement in domestic hydrogen storage and transportation technology [14] - Mingyang Electric and global leaders in hydrogen equipment established Guangdong Mingnuo Hydrogen Technology Co., focusing on high-end hydrogen equipment production [15] Brain-Computer Interface - Neuralink reported 21 participants in its human trials, with plans to enhance device performance by three times and introduce "blindsight" technology for the visually impaired by late 2026 [23][24] - The National Medical Products Administration in China is advancing the establishment of industry standards for brain-computer interface medical devices [28] Embodied Intelligence - Ant Group's Lingbo Technology open-sourced the LingBot-Depth model, significantly lowering development barriers in the industry and enhancing its competitive edge [31][32] 6G and Commercial Aerospace - CASIC successfully conducted a 120 Gbps laser communication experiment, doubling the previous rate and laying the groundwork for high-speed data transmission in commercial aerospace [33][34] - China plans to expand its "Space+" future industries, focusing on space infrastructure, resource development, and space tourism [36] Future Industry Catalysts - Key milestones for future industries in 2026 include significant events in quantum technology, biomanufacturing, hydrogen energy, brain-computer interfaces, embodied intelligence, and 6G [37][38]

Investment Rating - The report maintains an investment rating of "Outperform the Market - A" [5] Core Insights - The future industry is expected to become a new economic growth point, with significant potential in quantum technology, embodied intelligence, and 6G technology. The report emphasizes the need for strategic planning and government support due to the long cultivation cycle and high market risks associated with future industries [1][11] - Quantum technology is highlighted as the leading sector within future industries, with four key areas expected to drive disruptive innovation: quantum computing, quantum communication, quantum measurement, and post-quantum cryptography [2][12] - Embodied intelligence is identified as a crucial application of artificial intelligence, facilitating the development of humanoid robots and advancing the robotics industry [2][12] - The second phase of 6G technology trials has been initiated in China, with over 300 key technologies developed, focusing on integrating satellite internet as a foundational infrastructure for 6G [3][13] Summary by Sections Industry Investment Rating - The report assigns an "Outperform the Market - A" rating, indicating an expected investment return exceeding the CSI 300 Index by 10% or more over the next six months [5][24] Future Industry Overview - The future industry encompasses a wide range of sectors, including information technology, bio-manufacturing, energy, and high-end equipment manufacturing, with substantial investment value due to its broad development space [1][11] Quantum Technology - Quantum computing is poised to solve complex problems beyond the capabilities of traditional computers, with potential breakthroughs in drug discovery and materials science. Quantum communication aims to enhance secure information transmission, while quantum measurement will improve precision in various fields [2][12] Embodied Intelligence - Embodied intelligence enhances AI's ability to interact with environments, leading to measurable and verifiable applications. Humanoid robots are expected to be key carriers of these algorithms, paving the way for general artificial intelligence [2][12] 6G Technology - The report notes that the first phase of 6G technology trials has been completed, with the second phase now underway, focusing on creating an integrated network that includes satellite internet as a critical infrastructure component [3][13]

Investment Rating - The report maintains a "Buy" rating for key companies in the sector, including Zhongji Xuchuang, Xinyi Sheng, and Tianfu Communication, among others [11]. Core Insights - The transition to the "Agent" era is accelerating, with AI agents like Clawdbot and Claude Excel evolving from simple conversational tools to essential productivity tools, significantly increasing demand for cloud computing resources [1][20]. - The AI application landscape is fundamentally shifting from simple interactions to deep integration into work processes, marking a new paradigm where AI becomes a core executor in workflows [2][21]. - The emergence of AI agents is driving a qualitative change in underlying computing power demand, as these agents transition from auxiliary tools to autonomous entities [3][22]. - The competition for computing power is intensifying, with rising cloud service prices and continuous growth in capital expenditures (capex) from cloud providers, highlighting the increasing importance of scarce computing resources [4][23]. Summary by Sections Investment Strategy - The report suggests focusing on the computing power sector, particularly in optical communications, with recommended companies including Zhongji Xuchuang, Xinyi Sheng, and Tianfu Communication [14]. - It also highlights the importance of liquid cooling and edge computing platforms, recommending companies like Yingweike and Meige Intelligent [14]. Market Review - The communication sector has seen an increase, with optical communications performing particularly well, as evidenced by significant stock price increases for companies like Tianfu Communication and Zhongji Xuchuang [16][17]. Computing Power Demand - The report emphasizes that the new operational modes of AI agents lead to a dramatic increase in token consumption, necessitating high concurrency and continuous online capabilities from computing services [5][25]. - Major cloud providers like Google Cloud and Amazon AWS have announced price increases for their services, indicating a shift from a long-term trend of decreasing prices [10][23]. Key Companies and Performance - Zhongji Xuchuang and Xinyi Sheng have shown strong growth, with Zhongji Xuchuang maintaining its leading position in the industry [25]. - The report recommends monitoring the performance of companies involved in the computing power supply chain, including those in optical modules and liquid cooling sectors [25].

Group 1 - The article highlights the deep-seated anxieties and challenges within the U.S. economy, despite claims of American superiority over China [1][5] - The U.S. military strategy is criticized for its inability to effectively counter low-cost threats, indicating a potential long-term economic burden [3] - The U.S. national debt, which stands at $35 trillion, poses a significant risk to economic stability, as government revenues struggle to cover interest payments [5] Group 2 - Manufacturing output has increased, but a decline in exports has led to a slowdown in new orders and stagnation in job growth, suggesting that financial gains are not translating into real economic productivity [7] - The article discusses the U.S. media's tendency to distort facts to maintain a narrative of American success, reflecting a political agenda rather than an objective analysis [9] - The U.S. military's ambitious defense projects face challenges such as budget overruns and technological limitations, raising questions about their effectiveness [11] Group 3 - The article contrasts the U.S. approach with China's economic transformation, which emphasizes high-quality growth and innovation rather than mere numerical expansion [15] - China's advancements in technology, such as the commercial operation of the C919 aircraft and breakthroughs in quantum computing, signify a shift from following to leading in the tech sector [17] - The narrative presented by U.S. media is described as a "spiritual placebo," masking the reality of a declining empire and the erosion of dollar hegemony [19]

Core Viewpoint - The article discusses the ambitious verification program by the U.S. Defense Advanced Research Projects Agency (DARPA) aimed at redefining the global quantum computing competition, focusing on the practical commercial and military value of quantum computing by 2033 [2][4]. Group 1: DARPA's Quantum Benchmarking Program - DARPA's quantum benchmarking program has advanced 11 companies to the second phase, requiring them to demonstrate the development of cost-effective practical quantum computers by 2033 [2][3]. - The program emphasizes a rigorous three-phase verification mechanism, addressing long-standing information asymmetries in the quantum technology field [7]. - The program integrates previous DARPA projects, focusing on both the potential impact of quantum computing and the feasibility of hardware, providing a comprehensive technical assessment framework [7]. Group 2: Diversity of Technologies and Geopolitical Considerations - The companies advancing to the second phase represent a diverse range of quantum hardware technologies, including superconducting qubits, ion traps, and photonic computing [11]. - The strategy of supporting multiple technological paths reflects a fundamental difference from traditional computing, where a dominant architecture emerged [11]. - The inclusion of non-U.S. companies in the program highlights the U.S. strategy of forming international alliances in quantum technology, enhancing the resilience and innovation capacity of the Western quantum technology supply chain [11]. Group 3: Strategic Value and Global Standards - The program underscores the dual-use strategic value of quantum computing, where even non-industrial-grade quantum computers could serve defense interests, such as running instances of Shor's algorithm for cryptanalysis [12]. - DARPA's benchmarking program is not just a technical validation mechanism but also a tool for the U.S. to assert its influence in global quantum technology governance by establishing performance standards [16]. - The differing approaches between the U.S. and China in quantum technology standardization reflect their respective innovation systems, with the U.S. relying on market competition and verification, while China focuses on national strategic planning [19].

Core Viewpoint - The establishment of a national-level merger and acquisition (M&A) fund is expected to drive China's industrial integration into a "strategic-led" new phase, shifting the core logic from spontaneous market integration to a dual-driven approach of national strategy and market efficiency [3][4]. Group 1: Characteristics of the National-Level M&A Fund - The national-level M&A fund will have six key characteristics: clearer strategic orientation, optimized resource allocation, more flexible investment methods, stronger risk control, enhanced innovation drive, and promotion of industry advantages [4][5]. - It will focus on critical areas such as key core technology breakthroughs, supply chain security, and the development of strategic emerging industries, thereby enhancing the overall competitiveness of the national industry [4][5]. Group 2: Collaboration with Regional Funds - The national-level M&A fund will work in conjunction with regional funds in areas like Beijing-Tianjin-Hebei, the Yangtze River Delta, and the Greater Bay Area, creating a synergistic system that promotes high-quality development [6][7]. - It will facilitate the flow of technology, talent, and capital across regions, forming a "research-development-transformation-industry" cross-regional chain [7]. Group 3: Investment Focus Areas - The fund will prioritize investments in three main dimensions: traditional pillar industries (e.g., steel, non-ferrous metals, construction materials), emerging technology industries (e.g., integrated circuits, renewable energy), and future industries (e.g., quantum computing, brain-machine interfaces) [8][9]. - Companies that align with these investment areas should possess digital transformation capabilities, core technologies, and clear equity structures to attract early-stage investment or acquisition [9]. Group 4: Avoiding Internal Competition - To prevent "involution" competition between the national-level M&A fund and local industry funds, it is crucial to strengthen top-level design, improve coordination mechanisms, and clarify functional positioning [10][11]. - Establishing a multi-level, complementary fund ecosystem will maximize capital aggregation and effectively support the construction of a modern industrial system [12].

尽管硬件发展取得突破，量子计算迈向广泛应用仍面临多重挑战。首先，技术路线仍较分散。超导、离 子阱、光量子、中性原子等路径各有优势：超导易集成但需极低温，离子阱相干时间长但扩展难，光量 子适合通信但难以存储。如何整合各类研发资源、打造最优方案，仍需付出大量努力。其次，软件生态 与应用场景仍不明朗。除少数领域如量子化学模拟、组合优化外，尚缺乏能充分发挥量子优势的"杀手 级应用"。多数企业仍在探索"量子计算能做什么"，而非"如何用量子计算解决问题"。再者，跨学科人 才非常稀缺。既懂量子物理，又熟悉金融、制药或人工智能（AI）应用的复合型人才较少，制约了技 术向产业的转化。 有分析认为，通用容错量子计算机仍需10到20年。但在那之前，量子计算可通过"量子—经典混合架 构"创造早期价值。例如，在药物研发中，用经典计算机处理大部分流程，将分子能级计算等核心环节 交由量子协处理器完成，通过算力互补，发挥各自优势，实现渐进式升级。同时，量子计算与AI的融 合正成为新突破口。一方面，AI可用于优化量子控制脉冲、提升量子门保真度；另一方面，量子算法 有望加速机器学习训练过程。这种双向赋能，或将成为量子技术落地的重要跳板。 回望量 ...

Financial Data and Key Metrics Changes - Honeywell reported a strong fourth quarter, with adjusted sales and adjusted EPS exceeding expectations, and orders increased by 23%, resulting in a backlog of over $37 billion [4][15] - For the full year 2025, sales increased by 7% organically, or 6% excluding the Bombardier agreement, with adjusted earnings per share rising to $9.78, up 12% year-over-year [20][29] - Free cash flow for the fourth quarter was $2.5 billion, up 48%, and for the full year, it reached $5.1 billion, up 20% [19][20] Business Line Data and Key Metrics Changes - Aerospace sales grew 11% organically, driven by strong demand in both commercial aftermarket and defense and space [15][17] - Building automation experienced 8% organic growth, with solutions growing by 9% and products by 8% [15] - Industrial automation saw a 1% increase in organic sales, while process solutions remained flat due to lower volumes in measurement and controls products [16][17] Market Data and Key Metrics Changes - North America and the Middle East led regional performance, with Europe showing strong mid-single-digit growth [16] - Orders in the UOP segment grew over 40% in refining and petrochemicals projects, indicating a gradual recovery expected in 2026 [17][26] Company Strategy and Development Direction - Honeywell is focused on portfolio simplification, with the aerospace spin expected to be completed in Q3 2026, creating three independent public companies [5][9] - The company is investing in R&D to drive innovation, with a goal of achieving 4% organic growth from new product introductions in 2025 [13][19] - Honeywell plans to reorganize into four segments: Aerospace Technologies, Building Automation, Process Automation and Technology, and Industrial Automation, to enhance strategic focus and agility [9][10] Management's Comments on Operating Environment and Future Outlook - Management expressed confidence in achieving 6%-9% earnings growth in 2026, supported by strong organic growth and disciplined pricing execution [5][20] - The company anticipates continued strength in orders growth and a record backlog, which underpins their guidance for 2026 [35][36] - Management acknowledged challenges in the petrochemical sector but remains optimistic about long-cycle orders in LNG and refining [60] Other Important Information - Honeywell's investment in Quantinuum is expected to be a modest headwind to margins in 2026, with significant R&D investments aimed at maintaining leadership in quantum computing [28][56] - The company is pursuing the sale of its Productivity Solutions and Services and Warehouse and Workflow Solutions businesses in the first half of 2026 [9][92] Q&A Session Summary Question: Margin progression for the total company - Management indicated that operational margins are expected to expand by 50-90 basis points, with a headwind from Quantinuum in the first quarter [41][42] Question: Aerospace margins and contract renewals - Aerospace margins are expected to improve, with ongoing negotiations for contracts that will positively impact future margins [45][48] Question: Quantinuum IPO and investment spending - The company confirmed a $100 million year-over-year increase in investment spending for Quantinuum, with ongoing efforts to prepare for a potential IPO [53][56] Question: Strength in process orders - Management noted increased capital spending in LNG and refining, contributing to strong order growth, while cautioning about ongoing weakness in the petrochemical sector [58][60] Question: Pricing strategy and inflation impacts - Honeywell's pricing strategy has evolved to address persistent inflation, with expected price increases of 3%-4% in 2026 [65][68]

科研团队称，就像科幻电影里依赖量子计算的超级智能体能预测复杂演化一样，此次实验研究表明，现 实中的量子计算机也能掌握那些经典计算机算不清的节奏。"通过这样的研究，我们离理解和控制高度 复杂的量子世界，又更近了一步。" 这项量子芯片实验重要发现及研究进展的相关论文，北京时间当天凌晨在国际学术期刊《自然》上线发 表。 中国团队最新研究离理解和控制量子世界更近一步 1月29日，中国科学院物理研究所向媒体通报，该所科研团队与北京大学合作者最近在一块包含78个量 子比特的超导芯片"庄子2.0"上进行实验，不仅发现反直觉的预热化平台及可控规律，还展示出量子芯 片在模拟复杂系统上的独特优势。 科研团队向媒体提供一段动画视频，对本项专业研究成果进行科普解读。(记者 孙自法 制作 王嘉怡 视 频来源 中国科学院物理研究所) 来源：中国新闻网 本文为转载内容，授权事宜请联系原著作权人 中新经纬版权所有，未经书面授权，任何单位及个人不得转载、摘编或以其它方式使用。 关注中新经纬微信公众号(微信搜索"中新经纬"或"jwview")，看更多精彩财经资讯。 编辑：王永乐 广告等商务合作，请点击这里 ...

给量子系统"加热"好似给一块冰升温。一开始温度上升很快，随后进入冰和水共存的阶段。此时即便继续加热，温度依旧长时间卡在0℃不再上升，因为能 量被用来"融冰"而不是升温。量子系统中也出现了类似情形——外界不断输入能量，但系统并没有立刻变得混乱，而是停留在一个相对稳定的"预热化平 台"。通过改变加热的方式和节奏，科学家可以调节平台的持续时间。只有当这个阶段结束后，系统才会像冰完全融化后那样，内部状态迅速变得复杂。此 时信息在整个系统中扩散，其复杂程度经典计算机已经无法算准。 经济观察网据央视新闻客户端消息，记者从中国科学院物理研究所获悉，该所科研团队和合作者们通过实验，掌握了量子系统的热化节奏，使人们离理解和 控制高度复杂的量子世界又更近了一步。相关成果1月28日在国际学术期刊《自然》发表。 科研团队在一块包含78个量子比特的超导芯片"庄子2.0"上进行了实验，不仅发现了预热化平台和可控规律，还展示了量子芯片在模拟复杂系统上的独特优 势。就像科幻里的"MOSS"能预测复杂演化一样，现实中的量子计算机也能掌握那些经典计算机算不清的节奏。通过这样的研究，使我们离理解和控制高度 复杂的量子世界又更近了一步。 在科幻电影 ...