的2025 0011011011 891098800110100101 ... 制造业高质量 0000 First 11 3 11 2 l r @ 11 000 11 01000 11 10000 10 1001 017 1 (0) 制造业数字 | 美型目由"标杆引领" 迈入"规模推广"阶段 2024年5月,国务院办公厅印发《制造业数 字化转型行动方案》，提出"到 2027 年工业大省 大市和重点园区规上工业企业实现数字化改造全覆 盖""到2030年规上工业企业基本完成一轮数字 化改造"。坚持目标导向，系统思维, 2025 年重 点开展五方面工作。 (一) 汇聚评估数据 制定制造业数字化转型通用评估指标体系，将制 造业数字化转型水平划分为 L1-L5 共 5 个等级。 L5 901 FILT 27 规上工业企业 开展数字化改 at the is 知自决策 年目 72 目执行 s - 到 其十致 据的全流 三十四十四 L1 优化和重丝 实现多环 节间数据 初始级 实现重点 渠成贯通 环节数据 实现规范化 采集应用 管理和自动 化操作 在工信部门户网站首页上线制造业数字化转型综 合信息服务平台,开通评估诊断、政策 ...

相关负责人表示，量超中心已在多个领域实现场景验证，未来将深化应用探索，加快实用化场景突 破，"量超中心实现了与多台量子计算机的高速互联，标志着我国在量超融合计算领域迈入实用化新阶 段。" "这台超导量子计算机规模及性能达到国际先进水平，测控系统、低温器件等均为公司自主研发。"参与 建设单位之一的科大国盾量子技术股份有限公司相关负责人介绍，为量超中心部署的超导量子计算机为 200比特。 （来源：市场星报） 星报讯 记者从合肥市获悉，合肥市大数据资产运营有限公司投资建设的合肥量超融合计算中心已正式 上线运行，面向全球提供多元量子算力服务。 据介绍，此次建成的合肥量超融合计算中心依托合肥先进计算中心超级计算机，部署2台180+比特超导 量子计算机和1台12比特离子阱量子计算机，构建了一套涵盖底层操作系统、上层软件系统等在内的"量 超融合系统"，成为我国首个实现本地化部署、支持多技术路线的量超融合计算平台。 ...

算力是数字时代的重要基础，量超融合作为量子计算与经典计算混合的新型计算架构，可以协同两种先 进计算优势，通过整合量子计算的并行处理能力和超级计算机的高效数值计算能力，有效提升对复杂问 题的求解效率。"合肥市超前布局量子计算这一全球科技前沿课题，量超中心已在多个领域实现场景验 证，未来将深化应用探索，加快实用化场景突破。"合肥大数据公司量超融合计算中心负责人王古月 说。 作为参与建设单位之一，科大国盾量子技术股份有限公司为量超中心部署的超导量子计算机为200比 特。"这台超导量子计算机规模及性能达到国际先进水平，测控系统、低温器件等均为公司自主研 发。"该公司量子计算负责人王哲辉说。 合肥先进计算中心被命名为"巢湖明月"，由合肥大数据公司于2021年建成运行。此次建成的量超中心， 依托"巢湖明月"超级计算机，部署2台180+比特超导量子计算机和1台12比特离子阱量子计算机，构建了 一套涵盖底层操作系统、上层软件系统等在内的"量超融合系统"，成为我国首个实现本地化部署、支持 多技术路线的量超融合计算平台。随着量子算力服务的正式启用，量超中心实现了与多台量子计算机的 高速互联，标志着我国在量超融合计算领域迈入实用化 ...

大家早上壕！ 先看海外要闻： AI相关需求提振，三大美股指继续走高，标普道指齐创历史新高。标普500涨0.62%，道指涨0.99%，纳指涨0.65%。 亚马逊涨超3%，而特斯拉回落超4%；芯片股指三连阳，收涨近3%，上调第三财季营收指引的美光科技涨10%，而英伟达两连跌；黄仁勋看好AI 系统对存储需求后，存储芯片股闪迪大涨近28%。 黄仁勋称Rubin机架无需冷水机组后，冷却设备制造商普跌，江森自控股价一度暴跌11%，创2022年以来最大盘中跌幅。摩丁制造跌幅一度约 21%后有所收窄。 美债价格小幅回落。美元指数反弹，靠近逾三周高位，英镑创三个多月新高后转跌，离岸人民币盘中涨近百点、重新站上6.98。 金属狂欢持续：黄金盘中创一周新高、期金一度涨超1%；白银盘中涨超6%、逼近上周所创最高纪录；伦铜盘中涨超3%、首次收盘站上1.3万美 元、两日连创历史新高；伦镍盘中涨超10%、创三年多最大涨幅。沪镍夜盘收涨停。原油回落至逾一周低位，盘中跌超2%。 英伟达CEO黄仁勋：未来十年世界上大部分汽车将实现自动驾驶或高度自动驾驶。 英特尔发布全球首款1.8纳米AI PC芯片，将端侧AI算力推升至180TOPS，实现了性能 ...

央视网消息（新闻联播）：习近平总书记指出，要"充分发挥海量数据和丰富应用场景优势，促进数字 技术和实体经济深度融合，赋能传统产业转型升级，催生新产业新业态新模式，不断做强做优做大我国 数字经济"。 "十四五"时期，我国持续推进数字基础设施建设，数字产业化规模稳步扩大，深化数字技术与实体经济 融合，产业数字化加速推进，数字经济成为推动经济高质量发展的重要支撑。 云端之上，40多万家数据企业聚力成势，千万机架筑起算力"超级底座"，超过475万个5G基站支撑起千 行百业的焕新蝶变。 工厂之中，工业机器人精准协作，两万多个"5G+工业互联网"项目全域铺开，覆盖40多个工业大类， 为"中国智造"注入强劲动能。 屏幕之间，亿万消费者指尖滑动催生出全球最大网络零售市场，应用场景加速迭代，智慧生活新潮涌 动。 "十四五"期间，产业数字化加速推进，建成万余家智能工厂，覆盖超过80%的制造业行业大类；人工智 能加速赋能千行百业，产业规模突破7000亿元。新业态、新模式层出不穷，推动经济效益显著提升。 今年以来，国家连续出台新政推动数实融合向纵深发展。加快工业5G独立专网建设和6G技术创新投 入，优化算力中心布局，支持一批工业智能 ...

Core Insights - The year 2025 is designated as the "International Year of Quantum Science and Technology" by UNESCO, marking it as the "Year of Quantum Technology" and highlighting China's prioritization of quantum technology in its future industrial layout [1] - Quantum technology is based on the principles of quantum mechanics, enabling applications such as quantum computing, quantum communication, and quantum measurement through properties like quantum superposition and entanglement [1] Quantum Computing - China's self-developed quantum computing prototype "Zuchongzhi 3" was launched in March 2025, setting a new global record for superconducting quantum computing superiority [3] - The quantum computer can perform specific tasks in just 10 minutes, a process that would take the fastest supercomputer approximately 16,000 years, showcasing a speed increase of 450 million times [5] - The quantum computer's core components and systems are fully domestically produced, ensuring control over core quantum computing technologies [7] Quantum Applications - The quantum computer is now globally accessible for applications, allowing various sectors to utilize its powerful computing capabilities [9] - A platform has been established to provide online quantum computing services for fields such as meteorology, biochemistry, and fintech, aiming to make quantum computing as convenient as utilities like water and electricity [10] Quantum Sensing - Quantum sensors enhance medical diagnostic capabilities, enabling the detection of extremely weak magnetic fields, which can lead to faster and more accurate non-invasive screening for early heart diseases [12][15] - Over the past five years, significant breakthroughs have been made in the field of quantum precision measurement, with plans to further improve sensitivity and adaptability for large-scale applications in the next five years [17] Quantum Communication - Quantum technology can secure communication, such as enabling encrypted phone calls through quantum principles that generate secure keys, preventing eavesdropping and decryption [19][21] - A comprehensive quantum communication network has been established, with key components being domestically produced and controlled, enhancing the overall information security system [21] Industry Development - The quantum technology industry in China is entering a new phase characterized by a dual focus on technology-driven and scenario-driven development, integrating technological and industrial innovation [23] - The Anhui province has launched a "thousand application scenarios" initiative, aiming to implement 1,000 quantum application scenarios by 2027, with plans to expand to 3,000 by 2030 [25]

Core Insights - Quantum technology is gaining traction in various applications, including quantum computing, measurement, and communication, showcasing its potential to revolutionize industries [4][8][25] - China's advancements in quantum computing, particularly with the "Zu Chongzhi No. 3" prototype, highlight the country's commitment to achieving global leadership in this field [4][5] - The establishment of a quantum computing service platform aims to make quantum computing accessible for applications in meteorology, biochemistry, and fintech, indicating a shift towards practical usage [8][19] Quantum Computing - The "Zu Chongzhi No. 3" quantum computing prototype has set a new global record in superconducting quantum computing capabilities [4] - A superconducting quantum computer can perform specific tasks in just 10 minutes, a process that would take the fastest supercomputer approximately 16,000 years [5] - The core technology of quantum computing has been fully localized, ensuring that China retains control over its quantum computing advancements [6] Quantum Measurement - Quantum sensors, capable of detecting magnetic fields 10 billion times weaker than the Earth's magnetic field, are being utilized in medical applications for early heart disease detection [11][12] - The focus on enhancing sensitivity and adaptability of quantum sensors over the next five years aims to achieve large-scale applications across various scenarios [12] Quantum Communication - Quantum technology is being integrated into mobile devices to enable secure communication through quantum encryption, ensuring that calls cannot be intercepted or decrypted [14] - A comprehensive quantum communication network has been established, with all critical components being domestically produced, enhancing information security [16] Industry Development - The "Thirteenth Five-Year Plan" emphasizes the importance of application scenarios for quantum technology, aiming to transform advanced technology into practical economic growth [17][21] - The "Thousand Scenarios" initiative in Anhui is set to open 1,000 application scenarios across 25 fields, facilitating the integration of quantum technology into everyday use [19][21] - The development of "Quantum Avenue" in Hefei aims to create a robust industrial ecosystem, targeting over 170 related companies and a quantum industry cluster worth billions by 2028 [23] Market Potential - The quantum technology industry in China is evolving into a dual-driven model of technological innovation and application scenarios, with a significant proportion of high-tech enterprises emerging [25][26] - The application of quantum technology in sectors such as industrial manufacturing, telecommunications, and healthcare is expected to grow, indicating a broad market potential [26]

Core Insights - Quantum technology is emerging as a transformative force in various sectors, leveraging principles like quantum superposition and entanglement for applications in computing, measurement, and communication [2][12][24]. Group 1: Quantum Computing - China's self-developed quantum computing prototype "Zuchongzhi 3" has set a new global record in superconducting quantum computing capabilities [2]. - The quantum computer can perform specific tasks in just 10 minutes, a process that would take the fastest supercomputer approximately 16,000 years [6]. - The quantum computing system is fully domestically produced, ensuring control over core technologies [8][10]. Group 2: Quantum Measurement - Quantum sensors, such as a 0.5 nanometer-sized device, can detect magnetic fields 10 billion times weaker than the Earth's magnetic field, with applications in medical diagnostics [16][20]. - The industry has achieved significant breakthroughs in quantum precision measurement, aiming to enhance sensitivity and adaptability for broader applications in the next five years [22]. Group 3: Quantum Communication - Quantum technology is being utilized to secure communication, with devices capable of encrypted calls that protect against eavesdropping [26][28]. - A comprehensive quantum communication network has been established, with all key components domestically produced, enhancing information security [30]. Group 4: Industry Development and Applications - The Anhui province is implementing a "thousand scenarios" initiative to open up 1,000 application scenarios across various sectors for quantum technology [32][34]. - The region aims to develop a quantum industry cluster with over 170 companies by 2028, targeting a market size of 100 billion yuan [37]. - The quantum technology sector is witnessing a dual-driven growth model, combining technological innovation with practical applications, with nearly 60% of related enterprises classified as high-tech [41].

Group 1 - The 2025 Quantum Science and Industry Conference was held in Hefei, Anhui, showcasing the latest achievements in quantum technology and promoting collaboration in the industry [1][2] - The conference theme "A Century of Quantum: Intelligence to Ignite the Future" focused on key aspects such as technological breakthroughs, results transformation, and innovation in application scenarios [2] - Major achievements announced included the "Zu Chongzhi No. 3" quantum computing record, advancements in neutral atom quantum computing, and intercontinental quantum key distribution over 12,900 kilometers [2][4] Group 2 - The conference featured 117 participating companies, a 120% increase from the previous year, and an exhibition area of 10,000 square meters, doubling from last year [4] - The event introduced several firsts, including the use of holographic projection technology to display the structure of superconducting quantum computers and a dedicated application exhibition area for quantum technology across various industries [5][6] - The Anhui provincial government announced a plan to implement over 1,000 application scenarios by 2027 and over 3,000 by 2030, focusing on quantum secure communication, quantum computing, and quantum precision measurement [6] Group 3 - Quantum communication is now scalable, while quantum precision measurement is advancing from isolated scenarios to broader applications [7][8] - Experts highlighted the disruptive potential of quantum computing, which could revolutionize problem-solving in fields such as molecular drug optimization, finance, logistics, and information security [7][8] - The quantum computing industry is expected to reach a scale of hundreds of billions within five years, with significant growth anticipated from 2031 onwards as various specialized quantum computers emerge [8]

Core Insights - China's manufacturing value added accounts for nearly 30% of the global total, maintaining the largest scale in the world for 15 consecutive years [1] - By 2024, China's manufacturing value added is projected to reach 33.6 trillion yuan, representing approximately 24.9% of the national GDP [3] - The contribution of Chinese manufacturing to global industrial growth exceeds 30%, solidifying its role as a key engine for global industrial expansion [5] Manufacturing Scale and System Advantages - The manufacturing value added in China increased from 26.6 trillion yuan at the end of the 13th Five-Year Plan in 2020 to 33.6 trillion yuan, with an expected increment of 8 trillion yuan during the 14th Five-Year Plan [4] - China leads in the production of most of the 504 major industrial products globally, showcasing a comprehensive industrial system [5] - Over 570 industrial enterprises are among the top 2500 global R&D investors, indicating a significant scale of innovation investment [6] Innovation and Technological Advancements - R&D expenditure in large-scale manufacturing enterprises accounts for over 1.6% of their operating income, with industrial enterprises filing 124.4 million invention patent applications by 2024, up from 90.7 million at the end of the 13th Five-Year Plan [6] - The establishment of 16 new national manufacturing innovation centers during the 14th Five-Year Plan has led to breakthroughs in nearly 700 key common technologies [6] Smart Manufacturing and Digital Transformation - The installation of industrial robots in China accounts for over 50% of the global total, reflecting a significant shift towards smart manufacturing [8] - China has built the world's largest and most extensive network infrastructure, with 4.598 million 5G base stations and over 1 million connected devices on key industrial internet platforms [9][10] Emerging Industries and Future Trends - The production of new energy vehicles is expected to exceed 13 million units in 2024, with a production and sales volume that is 9.5 times that of 2020 [13] - The equipment manufacturing and high-tech manufacturing sectors are projected to grow at annual rates of 7.9% and 8.7%, respectively, during the 14th Five-Year Plan [12] - China is developing new competitive advantages in industries such as superconducting quantum computers and laser manufacturing technology, indicating a shift from quantity to quality in manufacturing [16][17]