Group 1 - The research team from the Institute of Physics, Chinese Academy of Sciences, in collaboration with Peking University, conducted experiments on a superconducting chip with 78 qubits, discovering a counterintuitive prethermalization platform and controllable patterns, showcasing the unique advantages of quantum chips in simulating complex systems [3][4] - The experiment demonstrated that quantum computers can predict complex evolutions, similar to the capabilities of fictional superintelligent entities in science fiction, indicating progress towards understanding and controlling the highly complex quantum world [3] - The findings were published in the international academic journal "Nature," marking a significant milestone in the field of quantum simulation [3] Group 2 - This experiment represents the first international systematic study of tunable prethermalization in a quantum simulator, expanding research directions for artificially driven quantum system control, and can be integrated with hot topics like time crystals and many-body localization [4] - The research provides new technical insights for large-scale quantum simulations, facilitating mutual promotion and development between quantum and classical systems [4] - The team plans to develop superconducting quantum chips with over 100 qubits in the future, aiming to explore more complex quantum system issues and demonstrate "verifiable practical quantum advantages" [4]

据中国科学技术大学网站消息，该校彭新华教授和江敏教授团队革新了核自旋量子精密测量技术，成功 搭建国际首个基于原子核自旋的量子传感网络，如同布下宇宙信号"监听系统"，让暗物质探测灵敏度实 现质的飞跃，为解开这一宇宙之谜提供了全新路径。相关成果1月29日发表于学术期刊《自然》。 轴子是当前理论动机最强的暗物质候选粒子之一，其构成的场在宇宙早期相变中可能产生拓扑缺陷 （topological defect）——这是一种类似宇宙弦或畴壁的、具有稳定结构的宏观"褶皱"。当这种结构穿 越地球时，会与地面上部署探测器中的原子核自旋发生相互作用产生旋转信号。然而，由于信号极其微 弱且持续时间短，这对探测技术提出了极高要求。 研究团队创新性地发展了核自旋量子精密测量技术，原理性突破了惰性气体原子（129Xe）核自旋对瞬 时信号的响应探测难题，将微秒级别的暗物质拓扑缺陷结构信号"存储"到接近分钟级别的核自旋相干态 中，同时结合自主提出的核自旋量子放大技术，将微弱信号放大了至少100倍，自旋旋转探测灵敏度达 到约1微弧度，相比之前实验室探测技术，其灵敏度提高约4个量级。 图A：宇宙构成成分图； 图B：基于城际量子传感网络的暗物质搜 ...

1月28日，武汉市2025年经济运行情况发布：根据湖北省市州生产总值统一核算结果， 初步核算，2025年武汉市地区生产总值（GDP）22147.35亿元，按不变价格计算，同比增长 5.6%。 在湖北省两会上，省委书记、省人大常委会主任王忠林参加武汉代表团审议时，一番话 让人印象深刻："武汉之于湖北，就像上海之于长三角，武汉是全省发展的龙头和标杆，必 须勇担重任、加压奋进。" 这份沉甸甸的使命，武汉该如何扛起？站在"十五五"开局之年，武汉应如何挺起"大武 汉"之"大"？答案蕴含在三个关键字中：竞、进、劲。 一、竞——与高手的竞合 城市竞争格局正在加速重构。 3万亿，被认为是一座城市参与全球竞争的门槛。放眼全国，上海、北京、深圳、重 庆、广州五城已率先迈入3万亿及以上俱乐部，苏州、成都等城市已明确时间表。武汉给自 己划定的时间是2030年。这是其角逐全球城市竞争的壮志雄心。 GDP并非唯一标尺，武汉正在着力推进的"五个中心"建设：全国经济中心、国家科技创 新中心、国家商贸物流中心、国际交往中心和区域金融中心。这五大中心互为支撑，共同构 成武汉面向全球竞争的体系能力。 建设全国经济中心，关键在于能级跃升。武汉必须跳 ...

Core Insights - The first quantum technology industry fund in Sichuan Province has been established in Chengdu's Jinjiang District, marking a significant step in the development of the quantum technology ecosystem [1][2] - The fund, with a scale of 1 billion yuan, aims to cultivate the quantum industry chain and enhance the competitiveness of the region's quantum technology sector [2] - A comprehensive plan for the "Quantum Corridor" and ten major quantum technology application scenarios has been released, outlining the spatial framework and implementation paths for industry development [5][6] Group 1: Fund Establishment and Strategic Goals - The quantum technology industry fund is a collaboration between Chengdu Xingjin Industrial Investment Co., Ltd. and the Sichuan Industrial Fund, focusing on project investment and innovation in the quantum sector [2] - The establishment of this fund fills a gap in the province's quantum technology funding landscape and aims to create a win-win situation for government, funds, and industry [2][3] Group 2: Quantum Corridor and Application Scenarios - The "Quantum Corridor" will be developed along a 4-kilometer stretch in the Chengdu metropolitan area, integrating research, manufacturing, and application [5] - The ten application scenarios include key areas such as energy and finance, aiming to transition quantum technology from research to practical applications in daily life [6] Group 3: Industry Collaboration and Development - Jinjiang District is actively collaborating with top institutions like the University of Science and Technology of China to enhance its quantum technology capabilities [3] - Six leading companies, including Tianfu Quantum Technology Co., Ltd., have signed agreements to establish a presence in the Quantum Technology Building, which will serve as a core engine for the Quantum Corridor [7][8]

Core Viewpoint - The Shandong Provincial Political Consultative Conference is focusing on expanding domestic demand, enhancing consumption potential, and improving the modern industrial system to ensure a strong start for the 14th Five-Year Plan [2][3]. Group 1: Economic Development Strategies - The light industry is identified as a key driver for expanding domestic demand and promoting consumption, with a focus on increasing product variety, quality, and brand creation [3]. - The private economy is emphasized as a backbone of the economy, with private entrepreneurs encouraged to take the lead in driving development [3]. - Traditional industries are urged to undergo transformation and upgrading, leveraging successful experiences from sectors like wood processing to enhance value and efficiency [3]. Group 2: Innovation and Technology - The development of a deep-sea industry system is proposed, utilizing technology and talent to transform the ocean into a strategic space for high-quality development [4]. - Shandong is encouraged to become a hub for synthetic biology innovation, focusing on high-end, intelligent, and green industrial development [4]. - The province is advised to capitalize on the second quantum revolution by enhancing research and application in quantum technology [4]. Group 3: Health and Agriculture - The health industry is recognized as a significant growth area, with recommendations to integrate AI and healthcare to expand high-end health consumption [4]. - Financial services are suggested to be embedded in the rural industrial upgrade chain to support agricultural development [5]. - Enhancements in agricultural emergency capabilities and insurance systems are recommended to ensure production safety [6]. Group 4: Urban and Social Development - The need for resilient cities is highlighted, with calls for improved monitoring and crisis response capabilities [6]. - The importance of expanding rehabilitation and nursing services for the elderly is emphasized, addressing the challenges faced by healthcare institutions [7]. - The potential of sports to enhance public health and stimulate consumption is recognized, with suggestions to leverage the success of major sports events [7]. Group 5: Overall Contributions - A total of 164 proposals were submitted during the conference, reflecting the commitment of committee members to support development and serve the public [7].

距离立春还有一周，成都"产投人"已率先行动。1月28日至29日，由成都产投集团主办、成都科创投集团承办的"产投28计划"集中签约暨2026启航仪式在成 都举行。活动以"到成都 投未来"为主题，涵盖阶段性成果展示、重点项目签约、链接平台资源发布、量子科技闭门研讨会以及为期两天的多场专场项目路 演。来自政府相关职能部门、头部投资机构、科创企业及智库的代表们齐聚一堂，深度探讨并见证未来产业的成都路径。 作为2026年"产投28计划"的开篇之作，本次活动呈现出三大核心亮点：一是百余日成果集中落地，12家硬科技企业集中签约，总金额达6.75亿元；二是引入 6大央企基金，构建起强力的"央地基金矩阵"；三是前沿赛道深度研判，通过量子科技闭门会与垂直赛道路演，实现对未来产业趋势判断的精准赋能。 实际上，过去一年，成都产投集团硕果累累：成功培育市值超7000亿元的国产CPU巨头海光信息，并获得超1200亿元回报；"产投28计划"已呈现出"参与 热、质量高、影响广"的良好势头，全国项目征集数已突破300个，其中超50%来自北上广深。时间回到去年10月，"产投28计划"首批15个前沿项目签约，总 投资近5亿元；紧接着，去年11月、 ...

Group 1 - The core investment of over 10 trillion yuan by central enterprises since the "14th Five-Year Plan" reflects their commitment to transitioning the industrial system towards high value-added and high-tech sectors, with the proportion of strategic emerging industries in total investment rising from 22% to over 40% [1] - By 2025, central enterprises are expected to invest 2.5 trillion yuan in strategic emerging industries, accounting for 41.8% of total investment, with a revenue scale exceeding 12 trillion yuan, achieving a consistent annual growth of 1 trillion yuan [2] - The focus on developing emerging industries is seen as a key strategic initiative, with plans for a new work document to guide central enterprises in cultivating new pillar industries and optimizing the overall layout of state-owned economy [2] Group 2 - Central enterprises are leading the upgrade of traditional industries, with initiatives including the establishment of 70 excellent smart factories and the promotion of AI applications across key sectors such as energy and manufacturing [3] - Enhancing the resilience of industrial and supply chains is a primary focus, with actions taken to ensure the safety of critical industries related to national security and public welfare [4] - The State-owned Assets Supervision and Administration Commission (SASAC) aims to create competitive industrial clusters in emerging fields such as renewable energy, aerospace, and quantum technology, emphasizing a strategy of concentration in investment and structural optimization [6]

Core Insights - Quantum technology is emerging as a core potential area in the new wave of technological revolution, especially in the context of AI advancements and global tech competition [1][2] - The development of quantum technology is strategically significant, with key milestones such as the United Nations designating 2025 as the "Year of Quantum Technology" and China's 14th Five-Year Plan prioritizing quantum technology as a leading industry [2][3] Group 1: Quantum Technology Directions - Quantum technology has three main directions: quantum computing, quantum communication and cryptography, and quantum sensing and precision measurement [3][14] - Quantum computing is seen as a long-term goal, akin to the pursuit of controlled nuclear fusion, representing humanity's quest for "almost limitless computing power" [4][5] - Quantum communication and cryptography are already impacting daily life with mature technologies being implemented, highlighting their immediate application value [7][12] Group 2: Challenges and Opportunities - The current challenge in quantum computing is the resource-intensive nature of maintaining logical qubits, with a ratio of approximately 1000 physical qubits needed to maintain one logical qubit [4][7] - The recent incident involving the theft of significant Bitcoin assets through compromised private keys underscores the urgent need for true randomness in cryptographic systems, which quantum technology can address [12][13] - Quantum random number generation technology is already mature and can be applied on a large scale, promising significant upgrades in financial security [13] Group 3: Future Implications - Quantum sensing and precision measurement technologies, such as atomic clocks and quantum navigation systems, are poised to revolutionize navigation and measurement accuracy, especially in competitive scenarios between nations [15][17] - The integration of quantum sensors into robotics and AI systems is essential for enhancing their capabilities in complex environments, emphasizing the importance of quantum communication for security [17][18] - Overall, in the AI era, quantum computing remains a distant dream, while quantum communication and sensing are expanding the boundaries of data security and intelligent perception [17]

了解到有非常重量级的公募机构在配置量子系列主题 了解到有非常重量级的公募机构在配置量子系列主题，如果后续配合，国盾688027在今年上半年就可能兑现1000 元。 市场情绪的配合上，有一个类比： 因为预期上海超导IPO，所以市场基于控股东部超导70%股权的永鼎股份600105热切拉升。 同理，由于预期国内量子主题的巨无霸本源量子将在年内IPO，所以市场对于其他量子标的大概率也会有期盼。 业务上稍微有的区别是，本源侧重计算，国盾侧重安防。 国盾业务体量小于本源，但是业务方向资质不弱于本源。 很可能，在未来基于大数据背景的AI环境下，量子安防是网络防御的一切的基础，没有这个量级的安全，一切国 民生产安全、经济安全、国家安全都无从谈起。 因为预期上海超导IPO，所以市场基于控股东部超导70%股权的永鼎股份600105热切拉升。 同理，由于预期国内量子主题的巨无霸本源量子将在年内IPO，所以市场 了解到有非常重量级的公募机构在配置量子系列主题 了解到有非常重量级的公募机构在配置量子系列主题，如果后续配合，国盾688027在今年上半年就可能兑现1000 元。 市场情绪的配合上，有一个类比： ...

转自：成都日报锦观 谋定十五五 剑指两千亿 锦江经开区 擘画"科创白鹭湾"新蓝图 白鹭湾畔，春潮涌动。站在"十五五"规划的开局之年，四川成都锦江经济开发区（以下简称"锦江经开区"）以"科创白鹭湾"为战略引领，全面 开启从"产业聚集区"向"创新策源地"的根本转型，回应时代对高质量发展的叩问。 定目标： 围绕"立园满园"总体部署，紧扣"首发春熙路、科创白鹭湾、活力公园城"总体战略，以深化国家人工智能创新应用先导区建设为核心牵引，全 力打造"科创白鹭湾"创新极核，建设西部一流的科创高地和千亿级现代化产业集群。至2030年，园区营业收入目标指向2100亿元，计划新 增"四上"企业和高新技术企业270家、国家级和省级专精特新企业20家、国家级和省市级创新平台5个。推动园区实现从"规模扩张"到"量质齐 升"、从"企业集聚"到"生态繁荣"的系统跃升。 场景开路，以城市为"首秀场"验证产品。将民生服务、城市治理、文旅消费转化为未来产业的"首秀T台"。重点推动孤独症诊疗、卒中康复的 临床示范，扩大四足机器人在春熙路等商圈与园区的巡检应用，开通锦江河道低空物流示范航线，让"成都场景"催生"成都方案"。资本护航， 组建支持"硬科技 ...