Group 1 - The Hong Kong stock market opened with a general rise, with the Hong Kong Technology 30 ETF (513160) experiencing a slight decline of 0.33% and a trading volume exceeding 37 million yuan, indicating active trading with a premium rate of 0.10% [1] - Major constituent stocks of the ETF, including SenseTime-W and SMIC, saw gains of over 1%, while other notable stocks such as Kingdee International, Alibaba-W, China Communications Services, Lenovo Group, and Meituan-W also followed suit [1] Group 2 - The Hong Kong Technology 30 ETF (513160) recorded a net inflow of over 9.6 million yuan yesterday, marking 9 out of the last 10 trading days with net inflows, totaling over 530 million yuan [2] - The ETF closely tracks the Hang Seng Hong Kong Stock Connect China Technology Index, which includes mainland companies engaged in technology business and listed in Hong Kong, with top holdings including SMIC, Kuaishou-W, Tencent Holdings, Alibaba-W, and Xiaomi Group [2] Group 3 - A significant advancement in quantum computing was reported by the team led by Academician Pan Jianwei from the University of Science and Technology of China, achieving a milestone in quantum error correction with the superconducting quantum processor "Zuchongzhi 3.2," which is crucial for practical quantum computers [2] - This new technological route provides a more advantageous solution for constructing million-bit quantum computers, marking a key milestone in the global pursuit of practical quantum computing [2] Group 4 - Minyin Securities' outlook for the technology industry in 2026 highlights three major trends: the penetration of multimodal and agent technologies across more industries, a shift towards composite AI strategies by enterprises, and the emergence of AI-ready data as a foundational element for enterprise-level AI models [3] - The current market landscape is becoming clearer, with major participants categorized into five groups: 1) Internet technology giants; 2) AI+Data technology providers; 3) Technology transformers; 4) AI-native entrepreneurs; 5) Vertical field deep divers [3]

为解决这一问题，研究团队想出了"分区管理"的办法。他们把原子分成5个不同的功能区：寄存区用于存放量子比特，交互区进行计算，测量区用于利用辅 助原子检查误差，储备区则放着备用原子，加载区负责从外部补充新原子。 这样一来，就好比把工厂的生产线分成几个独立车间，即便某个车间出现故障，其他车间仍能照常运转，不会让整个生产停摆。当"工厂"发现某个原子"跑 掉"时，会立即从储备区调出备用原子，放到空缺位置，并将其重置为最低能量状态，使其马上投入运算。同时，完成检查任务的辅助原子也可以被回收， 经过重置后重复使用，实现"边运行边修复"。 为了验证这一机制，研究团队让量子计算机运行了一个重复代码，并连续进行了41轮自检。每轮中，系统都能像替换损坏零件一样，及时补上丢失的原子， 而数据运行不受影响。研究人员表示，如果没有自我修复功能，系统在几轮运算后就会"耗光原子"，无法继续工作。 这项研究表明，中性原子量子处理器在电路运行中可像"回收零件"一样，重新初始化并重复使用辅助原子，这样在量子比特寿命有限的条件下，量子电路也 能连续运转。 来源：科技日报 科技日报记者 张佳欣 就像传统计算机一样，量子计算机也会"出故障"。在运行过程 ...

这样一来，就好比把工厂的生产线分成几个独立车间，即便某个车间出现故障，其他车间仍能照常运 转，不会让整个生产停摆。当"工厂"发现某个原子"跑掉"时，会立即从储备区调出备用原子，放到空缺 位置，并将其重置为最低能量状态，使其马上投入运算。同时，完成检查任务的辅助原子也可以被回 收，经过重置后重复使用，实现"边运行边修复"。 为了验证这一机制，研究团队让量子计算机运行了一个重复代码，并连续进行了41轮自检。每轮中，系 统都能像替换损坏零件一样，及时补上丢失的原子，而数据运行不受影响。研究人员表示，如果没有自 我修复功能，系统在几轮运算后就会"耗光原子"，无法继续工作。 这项研究表明，中性原子量子处理器在电路运行中可像"回收零件"一样，重新初始化并重复使用辅助原 子，这样在量子比特寿命有限的条件下，量子电路也能连续运转。 就像传统计算机一样，量子计算机也会"出故障"。在运行过程中，它们有时会丢失用于计算的原子，这 可能会让计算直接中断。不过，据最新一期《物理评论X》杂志报道，美国量子计算机制造商"原子计 算"展示了一种在运行中能自行修复的中性原子量子计算机，克服了原子损耗的关键难题，为开发可持 续运行的量子计算机奠 ...

Core Viewpoint - The research team at the University of Science and Technology of China has made significant progress in quantum error correction using the superconducting quantum processor "Zuchongzhi 3.2," establishing a foundation for practical quantum computing [1][2]. Group 1: Quantum Processor Development - The "Zuchongzhi 3.2" quantum processor, based on 107 qubits, has achieved a new "full microwave quantum state leakage suppression architecture" [1]. - Performance improvements in single-qubit and two-qubit gate manipulation accuracy and readout fidelity have been observed compared to previous generations [1]. - The research team successfully demonstrated a surface code logical qubit with a code distance of 7, where the logical error rate significantly decreases as the code distance increases, proving operation below the error correction threshold [1]. Group 2: Importance of Quantum Error Correction - Achieving "below threshold" quantum error correction is a long-sought core goal in the global quantum computing field and a key milestone for transitioning quantum computing systems from prototypes to practical applications [2]. - This new technological approach provides a more advantageous solution for constructing million-qubit quantum computers in the future [2].

Core Viewpoint - The research team led by Academician Pan Jianwei has made significant progress in quantum error correction using the superconducting quantum processor "Zuchongzhi 3.2," establishing a crucial foundation for the practical application of quantum computers [1] Group 1: Quantum Error Correction - Achieving "below threshold" quantum error correction is a core goal pursued in the global quantum computing field [1] - This milestone is critical for validating whether quantum computing systems can transition from prototype to practical applications [1] Group 2: Future Implications - The new technological approach provides a more advantageous solution for constructing million-bit quantum computers in the future [1]

Core Insights - The article highlights a significant advancement in quantum error correction achieved by a team led by Academician Pan Jianwei, utilizing the superconducting quantum processor "Zuchongzhi 3.2" [1] - This breakthrough is a crucial milestone in the global quantum computing field, aiming to transition quantum computing systems from prototypes to practical applications [1] - The new technology route provides a more advantageous solution for constructing million-bit quantum computers in the future [1] Summary by Categories Quantum Computing Development - The achievement of "below threshold" quantum error correction is a long-sought core goal in the quantum computing sector [1] - This progress lays an important foundation for the practical realization of quantum computers [1] Research Publication - The related results were published on December 22 in the international academic journal "Physical Review Letters" [1]

以下文章来源于硬氪 ，作者欧雪 硬氪 . 专注全球化、硬科技报道。36kr旗下官方账号。 自主研发了国内首个 量子程序设计与验证平台"isQ"。 文 ｜ 欧雪 编辑 ｜ 袁斯来 来源｜ 硬氪（ID：south_36kr） 封面来源 ｜ 企业供图 硬氪获悉，北京中科弧光量子软件技术有限公司（下称 "弧光量子"）近日完成数千万元A轮融资。本轮由北京信息产业发展投资 基金独家投资。资金将用于扩大团队，加快研发，以应对行业发展带来的软件新需求。重点包括两方面：一是适配分布式芯片等 新趋势，与硬件协同设计协议和解决方案；二是加快建设高效量子计算算法库，扩充人才库。 弧光量子成立于 2020年，专注于量子软件与量子计算应用，依托于中国科学院软件研究所，开展量子软件的科研及产业化落地。 公司核心团队中，超过 80%的成员毕业于清华大学、北京大学、中国科学院等知名高校及科研院所，硕博士学历人员占比高达 90%。公司创始人兼董事长应圣钢毕业于清华大学，获博士学位，并曾于悉尼科技大学从事博士后研究，现为中国科学院软件研 究所正高级工程师。 自 2020年起，中国量子计算发展进入快车道，成功研制出量子计算原型机"九章"。其算力表现 ...

Group 1 - The core viewpoint of the report is that by the end of 2024, China will have a total of 816 potential unicorn companies, with 255 new entrants, indicating a significant growth in the number of such companies, driven by cutting-edge technology and capital talent aggregation [1][2] - The number of potential unicorn companies in China has increased from 296 to 816 over the past six years, representing a growth of approximately 1.8 times, with over 200 new companies added each year, resulting in a substantial pool of high-quality tech innovation companies [1] - Over 90% of potential unicorn companies are in the frontier technology sector, with nearly 70% holding authorized invention patents, totaling 13,000 patents, and an average of 6 PCT applications per company [1] Group 2 - In 2024, 50% of potential unicorn companies (409 companies) are expected to secure new financing, totaling nearly $13 billion, which is an 18.7% year-on-year increase [2] - More than 60% of companies in sectors such as chips, new semiconductors, robotics, new energy vehicles, new materials, and commercial aerospace have received new financing [2] - Over 80% of potential unicorn companies have received investment from state-owned investment institutions, highlighting the significant role of state capital in the investment landscape [2]

每经记者｜杨建 每经编辑｜彭水萍 ｜2025年12月22日 星期一｜ NO.1 我国成功发射通信技术试验卫星二十三号 北京时间2025年12月20日20时30分，我国在文昌航天发射场使用长征五号运载火箭，成功将通信技术试 验卫星二十三号发射升空，卫星顺利进入预定轨道，发射任务获得圆满成功。该卫星主要用于开展多频 段、高速率卫星通信技术验证。此次任务是长征系列运载火箭的第618次飞行。 NO.2 商务部会议强调，要做强国内大循环、畅通国内国际双循环 12月20日，商务部召开会议强调，2026年是"十五五"规划开局之年，做好商务工作责任重大。要做强国 内大循环、畅通国内国际双循环、拓展国际循环，为经济实现质的有效提升和量的合理增长贡献商务力 量。鼓励支持服务出口，积极发展数字贸易、绿色贸易。稳步推进制度型开放，有序扩大服务领域自主 开放，深化外商投资促进体制机制改革，优化自由贸易试验区布局范围，塑造吸引外资新优势。引导产 业链供应链合理有序跨境布局，完善海外综合服务体系。推动商签更多区域和双边贸易投资协定。 12月20日，年末ETF排位赛如火如荼，A500ETF霸屏成交榜。最新数据显示，全市场A500ETF规模达 ...

Group 1 - GuoDun Quantum announced a procurement service contract with Ququan (Wuhan) Technology Co., Ltd. for the development of "GuoDun Quantum EDA software" with an estimated amount of 8.7 million yuan [2] - This marks the first public announcement by GuoDun Quantum regarding the development of EDA software, which is essential for chip development as chip complexity increases [2] - The EDA software is expected to be used for future quantum computing chip design, aiming to create an industrial-grade EDA software [2] Group 2 - According to McKinsey, quantum computing is projected to create up to $2 trillion in economic value by 2035 [2] - Barclays Bank's report highlights that quantum computers have significant advantages in simulation, mathematical optimization, and algebraic operations, with potential applications in logistics, finance, energy, cybersecurity, national defense, and molecular simulation [2] - As domestic quantum computing technology develops and the demand for quantum computing chip research increases, various quantum technology companies are beginning to develop EDA software independently [2] Group 3 - On December 19, GuoDun Quantum announced the passing of its chairman and legal representative, Lv Pin, and appointed Ying Yong as the acting chairman and legal representative until a new chairman is elected [3] - Ying Yong previously served as the chairman of GuoDun Quantum from July 2023 to May 2025 [3]