量子科技主要涵盖通信、计算与精密测量三大领域，不仅能筑牢信息安全屏障、带来算力飞跃、实现超 高精度感知，更能突破传统技术的天花板。未来，它有望催生信息技术、新能源、新材料及生物医药等 领域的颠覆性创新。 中新社成都2月6日电 (单鹏)连日来，中国地方两会密集召开，量子科技相关领域多次被提及，成为各地 抢占未来发展制高点的关键赛道。 北京提出培育量子科技、生物制造等新增长点；上海提出制定实施量子计算等领域未来产业培育方案； 四川、湖北等提出前瞻布局量子科技等未来产业；广东提出大力发展量子科技等重点细分产业，形成一 批投资热点和新增长点；安徽量子计算优越性持续突破、领跑全球，今年将继续加速布局量子科技等未 来产业。 2025年4月21日，合肥知冷低温科技有限公司生产制造车间里，技术人员正在为量子计算用极低温稀释 制冷机进行零部件组装。 中新社记者 韩苏原 摄 "量子科技是国际竞争最激烈的领域之一。"四川省政协委员、电子科技大学物理学院院长王志明表示， 中国十分重视量子科技发展，在量子精密测量、量子通信等关键领域取得了显著进展，一些成果已进入 落地阶段，影响着国计民生。 王志明表示，量子科技从实验室走向工程化，充足 ...

Core Insights - Anhui is focusing on building a future industry system that is innovative, self-controlled, and competitive, with a goal to exceed 200 billion yuan by 2027 and reach 500 billion yuan by 2030 [3] - The province is establishing three major innovation-led high grounds: quantum information, fusion energy, and deep space exploration, positioning itself as a significant source of innovation and industry leadership globally [2][12] Quantum Information - Over a hundred quantum industry chain enterprises have gathered in Anhui, with core companies accounting for one-third of the national total, forming a collaborative ecosystem [2][7] - Hefei aims to develop the quantum industry into a 100 billion yuan cluster by 2027 [2][7] - Hefei ranks second globally in the quantum technology field, with three local companies in the top 20 worldwide [5] - The "Qianzi" action plan aims to implement over 1,000 application scenarios by 2027 and over 3,000 by 2030 [6] Fusion Energy - Anhui has made significant strides in fusion energy, achieving a world record with the EAST device, which completed high-quality burning at 100 million degrees Celsius for 1,000 seconds [8] - The BEST project is expected to be completed by the end of 2027, aiming to demonstrate energy output exceeding consumption [8] - The international community is closely watching China's progress in fusion energy, with over 160 fusion devices currently in operation, construction, or planning [9] Deep Space Exploration - The deep space exploration laboratory in Hefei is a key research base for advancing critical technologies and implementing large-scale missions [10] - The laboratory is transitioning from government-led investments to a model that encourages market participation, fostering a collaborative ecosystem for deep space economy [11] - The establishment of the International Deep Space Exploration Society headquarters in Hefei further solidifies the province's role as a global innovation hub in this field [11]

Group 1: Quantum Science and Technology Year - The year marks the 100th anniversary of quantum mechanics, declared as the "International Year of Quantum Science and Technology" by UNESCO [1] - Significant breakthroughs in quantum computing, communication, and measurement have been achieved in China, enhancing capabilities in information acquisition, transmission, and processing [1] Group 2: Quantum Computing Developments - Quantum computing is likened to an aircraft's engine, radio, and radar, essential for enhanced computing power, secure communication, and precise measurement [2] - The "Zuchongzhi 3" superconducting quantum computing prototype was released, achieving a speed that surpasses the fastest supercomputers by a factor of one trillion [2][5] - The transition from basic research to practical applications in quantum computing is accelerating, with industries such as finance and aerospace recognizing its potential [5] Group 3: Quantum Communication Advancements - China has made significant progress in quantum direct communication, including a record-breaking communication speed over 100 kilometers and the establishment of a 300-kilometer quantum direct communication network [6] - A notable achievement includes the successful satellite-based transmission of encrypted image data over a distance of over 12,900 kilometers, marking a leap towards long-distance secure quantum communication [6] - The emphasis on quantum communication technology is attributed to national support and sustained investment, positioning China strategically in this field [6] Group 4: Quantum Measurement Innovations - The release of various quantum sensors, including diamond single-spin sensors and quantum magnetometers, showcases advancements in quantum measurement technology [8][10] - Applications in medical fields, such as early screening for coronary heart disease, and industrial quality control in lithium battery production are being explored [8][10] - Despite significant breakthroughs, experts note that there is still a considerable gap compared to advanced countries, particularly in foundational theory and market acceptance [10]

Core Viewpoint - This year marks the 100th anniversary of quantum mechanics, with UNESCO declaring it the "International Year of Quantum Science and Technology," highlighting significant advancements in quantum computing, communication, and measurement in China [1] Quantum Computing - Quantum computing is likened to the "engine" of quantum technology, with recent breakthroughs including the release of the superconducting quantum computing prototype "Zuchongzhi No. 3," which outperforms the fastest supercomputers by a factor of one trillion [2] - The transition from basic research to large-scale, practical applications in quantum computing is accelerating, with industries such as finance, aerospace, and pharmaceuticals recognizing its potential [2][3] Quantum Communication - China has achieved significant milestones in quantum direct communication, including a record-breaking communication speed over 100 kilometers and the establishment of a 300-kilometer quantum direct communication network [4] - The successful satellite-based transmission of encrypted image data over a distance of over 12,900 kilometers marks a significant leap towards long-distance secure quantum communication [4] - The emphasis on quantum communication is driven by national support and investment, positioning China strategically in the global quantum information technology landscape [4][5] Quantum Measurement - The release of various quantum sensors, including diamond single-spin sensors and quantum magnetometers, indicates rapid advancements in quantum measurement technology [7] - Applications in medical fields, such as early screening for coronary heart disease, and industrial quality control in lithium battery production are being explored [7] - Despite key breakthroughs, experts note that there is still a considerable gap compared to advanced countries, particularly in foundational theory and market acceptance [7] Strategic Outlook - The development of quantum technology is compared to a marathon, emphasizing the need for sustained strategic determination alongside innovation and leadership [8]

封面图 | AI配图 量子计算正在成为全球竞逐的下一个技术制高点。科技巨头对于量子技术的投资也有升温趋势。 当地时间4月28日，IBM宣布未来五年将投资1500亿美元研发制造费用，其中300亿美元将用于推动量子计算机等的制造。 IBM公司CEO阿尔温德·克里希纳（Arvind Krishna）在一份声明中表示，这项投资承诺将确保IBM先进计算和人工智能中心的领先地位。IBM还 称，该公司运营着全球最大的量子计算机系统群"。 IBM的最新举措反映了美国科技巨头在量子计算领域投入的决心。就在同一天，微软总裁布拉德·史密斯（Brad Smith）呼吁政府优先考虑对量子 研究的资金拨款，并强调美国在研制可运行的量子计算机的竞赛中不能落后于中国。 本文字数：1896，阅读时长大约3分钟 导读 ：虽然大多数人认为美国仍然能够在该领域保持领先地位，但中国可能已经与美国并驾齐驱。 作者 | 第一财经 钱童心 去年，谷歌也发布了量子芯片Willow，该公司声称这款新设备是一个"里程碑"，因为它能够在五分钟内实现纠错，并解决一道数学题，而这在传统 计算机上要花费比宇宙年龄更长的时间。 芯片巨头英伟达也在押注量子技术。英伟达创始人 ...

Group 1 - Quantum computing is emerging as the next technological battleground, with significant investments from tech giants like IBM and Microsoft [1][3] - IBM announced a $150 billion investment over five years, with $30 billion allocated specifically for quantum computing [1][3] - Microsoft emphasized the need for increased government funding for quantum research and highlighted the competitive landscape with China [3][4] Group 2 - China is currently leading in quantum technology, with the successful development of a 105-qubit superconducting quantum computing prototype, "Zuchongzhi 3," which outperforms the fastest supercomputers by a factor of 10 trillion [3][4] - Microsoft and other tech companies are actively seeking to commercialize quantum computing, with Microsoft’s Majorana chip featuring 8 qubits and a goal of achieving at least 1 million qubits [4] - Nvidia is also investing in quantum technology by establishing a quantum research center in Boston, collaborating with leading universities and quantum companies [5][6] Group 3 - Despite the potential of quantum computing, most companies in the sector are not yet profitable and are exploring commercialization strategies [6][7] - Experts believe that quantum computing technology is still far from realizing its full potential, with predictions suggesting it may take decades to achieve practical applications [6][7] - Concerns have been raised about exaggerated claims regarding the capabilities of current quantum computing technologies, which may mislead the public and investors [7]