Market News - The three major US stock indices closed lower, with the Dow Jones down 0.34%, Nasdaq down 1.43%, and S&P 500 down 0.83%. Popular tech stocks fell, with Boton down over 3%, and Microsoft, Nvidia, and Meta down over 2% [1] - International oil prices rose, with WTI crude oil up 3.12% at $64.08 per barrel and Brent crude oil up 2.88% at $68.21 per barrel. Gold prices saw a significant rebound, with spot gold rising 6.44% to $4956.21 per ounce [2] Industry Insights - Tianyi Space Technology Co., Ltd. has completed IPO counseling registration with the Hunan Securities Regulatory Bureau, aiming to enter the capital market. The company is recognized as a pioneer in the commercial satellite sector in China, particularly in SAR satellite operations [3] - The satellite internet sector is becoming a new frontier in global technology competition, with the satellite communication industry expected to reach a market size of 200 billion to 400 billion yuan by 2030, with an annual compound growth rate of 10%-28% [4] - The Ministry of Industry and Information Technology emphasized the importance of advancing major national science and technology projects, focusing on breakthroughs in 6G, quantum technology, and brain-computer interfaces [5] - The Central Document No. 1 outlines strategies for rural revitalization, emphasizing the development of e-commerce in rural areas to enhance agricultural productivity and improve farmers' livelihoods [7]

Economic Growth Targets - Shanghai's GDP growth target for this year is set at approximately 5% [2][3] - By 2025, Shanghai's GDP is projected to reach 5.67 trillion yuan, with a growth rate of 5.4% [2] - The local general public budget revenue is expected to grow by 2% this year, reaching 850 billion yuan [2] Industrial Development Initiatives - Shanghai aims to accelerate the construction of a modern industrial system, focusing on future industries such as brain-computer interfaces, quantum computing, silicon photonics, and 6G [3] - The city plans to implement the "Artificial Intelligence +" initiative, adding over 50 advanced intelligent factories this year [3] - There will be a strong emphasis on enhancing the service sector and modernizing the industrial chain [3] Financial Sector Enhancements - The report highlights the need to deepen financial system reforms and improve the construction of the Sci-Tech Innovation Board [4] - Efforts will be made to enhance the competitiveness and influence of Shanghai as an international financial center, including the establishment of a cross-border payment system for the renminbi [4][5] - The focus will be on fostering long-term and patient capital, improving the integration of finance and industry, and supporting sectors such as technology innovation and green development [4][5]

Core Insights - The Hong Kong Monetary Authority (HKMA) has launched a financial technology promotion blueprint, introducing four key initiatives to address risks in the banking sector related to artificial intelligence and distributed ledger technology [1][2] Group 1: Key Initiatives - The four major initiatives include the Quantum Readiness Index, cybersecurity benchmarks, risk data strategy, and talent training [1][2] - The Quantum Readiness Index aims to assess the banking sector's preparedness for post-quantum cryptography, providing measurable development goals for the transition to a post-quantum computing era [1] - Cybersecurity benchmarks will be developed in collaboration with the industry to establish standardized security guidelines for AI and distributed ledger technology, enhancing due diligence efficiency when banks engage with partners [2] - The risk data strategy emphasizes the asset nature of data, encouraging banks to integrate structured and unstructured data to improve the timeliness and accuracy of risk analysis [2] Group 2: Industry Challenges and Opportunities - Data from HKMA indicates that 73% of banks are concerned about data and cybersecurity risks associated with new technologies, with over 40% citing insufficient data quality and nearly 60% facing talent shortages [1] - Currently, only 7% of banks are exploring quantum computing, but this figure is expected to rise to 53% by 2028 [1] - The HKMA aims to enhance the integration of financial technology into business operations and everyday life, balancing risks and opportunities in the future financial system [2] Group 3: Talent Development - Talent training will target not only technical personnel but also general practitioners, equipping them with skills to effectively describe business needs and interpret AI feedback [2] - The HKMA plans to collaborate with industry and academia to develop training tools such as a human-machine interaction reference database and smart contract application guidelines [2]

Financing Overview - Shanghai enterprises experienced 23 financing events from January 26 to February 1, with 12 disclosing financing amounts totaling 6.27 billion yuan, marking an increase of 4 events compared to the previous week [2] - The majority of financing events occurred in the Pudong New Area with 12 events, followed by Xuhui District with 6 events [2] AI Sector - Jumpspace completed over 5 billion yuan in B+ round financing on January 26, led by various industry investors including Tencent and Qiming Venture Partners, aimed at developing foundational models and accelerating AI+ terminal strategies [3] - Trooly.AI secured nearly 10 million dollars in seed round financing on January 30, led by BlueRun Ventures, focusing on product development and market expansion [5] - FoloToy raised several million yuan in Pre-A+ round financing on January 30, with investments aimed at technology development and product iteration [6] Biopharmaceutical Sector - SciBrunch raised over 350 million dollars in Pre-A round financing on January 30, led by HLC, to accelerate clinical development of its core pipeline [13] - Neuoshen Pharmaceuticals completed several million dollars in A+ round financing on January 28, focusing on advancing its CNS drug pipeline [14] - Biling Bio secured over 200 million yuan in B round financing on January 28, aimed at advancing clinical pipelines and expanding its team [15] Future Industries - Turing Quantum raised several hundred million yuan in B round financing on January 27, focusing on quantum computing technology and talent development [21] - Hengfeng New Materials completed nearly 100 million yuan in B round financing on January 27, aimed at expanding production capacity and manufacturing upgrades [22] - Xixi Intelligent raised several million yuan in angel round financing on January 29, focusing on R&D and product promotion [23]

Core Viewpoint - The traditional cryptographic systems face threats from quantum computing, which can compromise blockchain security. MicroAlgorithm Technology (NASDAQ: MLGO) proposes a post-quantum threshold algorithm framework to ensure quantum resistance and privacy protection in blockchain infrastructure for the Web 3.0 era [1][5]. Group 1: Technology Overview - The proposed technology utilizes post-quantum cryptography, specifically the CRYSTALS-Dilithium signature algorithm, replacing traditional ECDSA to enhance security against quantum attacks [1][4]. - The framework incorporates threshold signature technology, distributing key management across multiple nodes to prevent single points of failure and enhance privacy [4][5]. - A dynamic sharding mechanism maps blockchain accounts to a weighted graph structure, optimizing transaction density within shards while controlling cross-shard communication costs [3][4]. Group 2: Transaction Processing - The transaction signing module employs the CRYSTALS-Dilithium algorithm to generate quantum-resistant signatures, with storage space for these signatures controlled to be 1.2 times that of non-quantum signatures [3][4]. - Communication between nodes utilizes the NewHope key exchange protocol, combined with Physical Unclonable Functions (PUF) to defend against quantum man-in-the-middle attacks [3][4]. - Smart contracts are enhanced with lattice-based homomorphic encryption, allowing for condition-based payment verification without exposing original data, particularly in supply chain finance scenarios [3][4]. Group 3: Privacy and Compliance - Cross-shard privacy verification is achieved through zero-knowledge proofs generated by the source shard, ensuring transaction legitimacy and state verification while minimizing data exposure [4]. - The system supports a dual-chain architecture, where the main chain handles quantum-safe transactions and the side chain remains compatible with existing protocols, facilitating a smooth transition [4][5]. - A linkable group signature scheme is implemented for regulatory compliance, enabling transaction audits without revealing user identities, thus maintaining privacy while ensuring compliance with regulations [4][5]. Group 4: Future Prospects - As quantum computing technology advances, the quantum resistance of MicroAlgorithm Technology's blockchain privacy protection technology will become increasingly significant [5][6]. - Future optimizations in algorithm efficiency and scalability are expected to accommodate larger blockchain networks and enhance applications in privacy-sensitive areas [5][6].

德国联邦统计局最新发布的数据引起了全球关注：去年前八个月，中国以高达1663亿欧元的贸易总额，首次超过美国，成为德国最大的贸易伙伴。这一数字 不仅仅是冰冷的统计，更像是一枚重磅信号，宣告全球经济格局正在悄然改变。事实上，这一趋势早有端倪——自2020年起，中国便已取代美国，成为整个 欧盟最大的贸易伙伴。不过在德国，这种变化显得更为彻底和深刻。 展望2025年，德国对中国的出口虽然略有下降，但从中国进口的商品数量却呈持续增长态势。这意味着德国在越来越多的产业环节依赖中国制造，依赖程度 与日俱增。正是这种深度依赖，促使德国企业进行战略性调整。2025年，德国企业在中国的投资达到近四年来的新高，许多公司开始重新布局，将中国视为 规避美国关税与地缘政治风险的首选之地。这些调整绝非一时冲动，而是经过深思熟虑后的现实选择——与中国紧密捆绑，寻找在全球不确定性中稳定生存 的立足点。 经济联系之外，技术竞争同样激烈。德国专利分析机构econsight发布的一份报告，对中美欧在前沿科技领域的专利布局进行了深度解析。报告涵盖23个关键 技术领域，包括人工智能、量子计算、可控核聚变以及卫星航天等，基本囊括了全球技术版图的制高点。结 ...

实验显示，预热化阶段系统保留初始信息、熵增受抑，结束后纠缠快速增长、信息呈体积律扩散， 经典算法无法精准描述。78比特芯片虽非当前最高比特数，却凭借创新方案、特色测控与芯片性能协 同，首次在量子模拟器上实现超越周期驱动的可调预热化研究，为量子模拟提供新范式。 该成果为人工驱动调控量子系统开辟新方向，可与时间晶体、多体局域化等热点问题结合，同时为 大规模量子模拟数值方法提供新思路。该团队表示，未来将研制百比特以上超导芯片，探索更复杂的多 体问题，力争实现"可验证的实用化量子优势"，推动量子计算从基础研究迈向实用化。 1月28日，中国科学院物理研究所/北京量子信息科学研究院智能量子团队联合北京大学等国内外机 构，在78量子比特超导芯片"庄子2.0"上完成量子系统预热化调控实验，相关成果在线发表于《自然》 国际期刊，为理解与控制复杂量子动力学迈出关键一步。 量子系统热化是指能量与信息均匀分布、趋近热平衡的过程，过快热化会导致量子信息丢失，直接 制约量子计算实用化。研究发现，量子系统受外场驱动时并非立即混乱，而是存在稳定的"预热化平 台"，类似冰融水时温度长期维持在0℃的阶段，该反直觉现象超出经典计算机模拟能力。团队 ...

来源：光明日报 本报北京2月2日电（记者崔兴毅） 就像为一段混乱的进程找到慢放键，中国科学家在量子世界实现了一项关键控制。中国科学院物理研究 所与北京大学的联合科研团队在国际上首次利用超导量子芯片，实验观测并人工调控量子多体系统走向 混沌前的关键中间状态——"预热化"平台。这一发现为理解并控制复杂的量子动力学过程打开了新窗 口，相关成果日前在线发表于国际学术期刊《自然》。 在量子世界中，系统在外部驱动下通常会逐步丢失初始信息，最终达到混乱的热平衡状态，该过程被称 为"热化"。然而，实验揭示，在完全热化之前，系统会经历一个反直觉的、相对稳定的"预热化"平台 期。这类似于给冰加热——在冰完全融化成水之前，温度会长时间稳定在0摄氏度。在预热化阶段，量 子系统虽受驱动，但信息扩散被抑制，有序性得以短暂保持。 研究团队在集成78个量子比特的超导量子处理器"庄子2.0"上完成这项实验。他们采用一种名为"随机多 极驱动"的特殊序列对系统进行精确操控。该驱动方式基于非周期的数学序列，通过调节序列的阶数与 周期，研究人员如同掌握不同的"加热节奏"，成功实现对预热化平台持续时间的主动调控。当平台期结 束后，系统内部纠缠度急剧增长 ...

来源：环球 让我们来正面回答关于英国人是否应该亲自去中国旅游的问题。中国是当今世界最重要的国家之一，拥 有14亿多人口，幅员辽阔，是延续数千年的文明古国，文化底蕴与历史积淀举世罕见。在中国，有太多 值得探索与体验的事物：丰富多样的地方美食、壮丽秀美的自然风光、举世闻名的世界奇迹、上海等现 代化大都市，甚至还有迪士尼乐园。面对这一切，谁不会心生赞叹与欣赏之情？这些不需要带有任何地 缘政治色彩。 毋庸讳言，近年来在某些西方媒体连篇累牍的负面渲染下，一些英国人对中国的认知已经故步自封。但 随着将来入境规定的调整，改变的契机已然出现。英中关系不必建立在地缘政治联姻或意识形态结盟之 上，而应立足于务实精神、常识与理性。 中国人民对英国及其文化持友好态度——只需看看北京环球影城中身着霍格沃茨长袍、热衷哈利·波特 主题的年轻人便可见一斑。我们期待两国在贸易、旅行与人文交流方面不断深化，也希望部分英国民众 不再任由右翼小报为其灌输对华刻板印象。（作者汤姆·福迪是英国知名政治和国际关系分析师） 英中关系为欧洲各国提供了一种可能性：在新的地缘政治格局中，英国及欧洲其他国家可以战略性地思 考该如何行事。（作者凯瑞·布朗是伦敦国王学 ...

Core Insights - The quantum computing industry in China is experiencing significant growth driven by policy support and market demand, with a projected global market size of $5.037 billion in 2024, expected to surge to $219.978 billion by 2030, with 2027-2029 identified as critical growth years [1] Company Summaries Keda Guokong - Keda Guokong is a leader in quantum software, leveraging a three-pronged approach of technology development, capital investment, and practical application to engage deeply in the quantum computing industry [2] - The company has developed the "Jiuzhang" quantum programming framework, achieving 30% higher precision in quantum chemical simulations compared to IBM's Qiskit [2] - Keda Guokong has established partnerships with institutions like the University of Science and Technology of China to develop quantum error correction algorithms for superconducting quantum computers [2] GuoDun Quantum - GuoDun Quantum is recognized as a leading enterprise in the A-share quantum technology sector, projecting a net profit of 5 million yuan by 2025, marking a turnaround to profitability [3] - The company is involved in the development of the 105-qubit "Zu Chongzhi No. 3" and has successfully delivered a 200-qubit superconducting quantum computer [3] - GuoDun Quantum's revenue from quantum computing is expected to increase by 283.92% year-on-year by 2025 [3] Zhongke Shuguang - Zhongke Shuguang has made significant strides in quantum computing, with a projected 200% increase in quantum business revenue by 2025, becoming a core growth driver [4] - The company has developed a quantum operating system, "Quafu," which has been commercialized for remote sensing data processing, significantly improving efficiency [4] - Zhongke Shuguang has launched the world's first quantum-classical collaborative AI server, enhancing its hardware capabilities [4] Fuzheng Technology - Fuzheng Technology holds a leading position in the global quantum optics materials market, with over 70% market share in BBO and LBO crystals, essential for quantum entanglement photon pair production [5] - The company anticipates a 95% increase in net profit by 2025, with a gross margin rising to 48%, surpassing the industry average of 35% [5] - Fuzheng Technology is also extending its optical technology into the commercial rocket sector, creating a synergy between quantum and aerospace technologies [5] HwaCom Technology - HwaCom Technology is the only company globally producing quantum dot laser chips at scale, achieving over 98% purity and cost efficiency at 60% of international levels [5] - The company reported a 40.92% year-on-year increase in net profit, with quantum business revenue accounting for 25% of total revenue [5] - HwaCom's quantum dot laser chips are integral to the supply chains of major companies like Huawei and Microsoft, with an annual production capacity of 100,000 units [5] Sry New Materials - Sry New Materials is a key supplier of superconducting materials for quantum computing, with a projected 45% increase in net profit by 2025 [6] - The company produces niobium-titanium superconducting wire with a purity of 99.999%, crucial for superconducting quantum chips [7] - Sry New Materials has achieved over 90% domestic production rate for quantum superconducting materials, reducing reliance on imports [7] Industry Overview - The A-share quantum computing sector has established a comprehensive layout encompassing software leadership, hardware breakthroughs, and material support, with companies like Keda Guokong, GuoDun Quantum, and Fuzheng Technology contributing to a robust industrial foundation [1][3][5] - The industry is benefiting from a 30 billion yuan special R&D fund and the "14th Five-Year Plan," which emphasizes the commercial viability of quantum computing [1] - The integration of "supercomputing + quantum computing" and the expansion of quantum networking scenarios are expected to further drive the industry's growth [1]