玻色量子创始人、CEO文凯在前述工厂启幕仪式致辞中表示，过去几年，团队在相干光源、低损耗光路、高速测控等关键技术上持续攻坚，构建起完全自 主的光量子计算整机工程体系。当前落成的这座工厂，正是这一技术能力的物理体现——它集模块研制、整机组装、质量测试于一体，具备年产数十台专 用光量子计算机的能力，填补了全球在该领域规模化制造的空白。 据玻色量子介绍，光量子计算即利用光的量子特性来进行计算的技术，是一种主流的量子计算技术。比起其他技术路线，光量子计算不需要超低温，且具 有量子比特数规模大、室温稳定运行、相干时间长等多方面的优势，在短期内可实现工程化，是商用量子计算机的新兴形态。 玻色量子1000量子比特相干光量子计算机 11月25日，A股量子科技板块涨幅居前。截至收盘，光库科技"20cm"涨停，格尔软件、永鼎股份、福晶科技涨停，腾景科技、震有科技、国盾量子等跟 涨。 11月24日，中国首个规模化专用光量子计算机制造工厂启幕仪式在深圳南山智城举行，标志着量子计算从实验室迈向产业化。该工厂总面积约5000平方 米，集研发、制造、测试于一体，用于实现光量子计算机的工程化、标准化和规模化生产。预计工厂年产光量子计算机可达 ...

中国首个规模化专用光量子计算机制造工厂启用仪式现场展示相关数据和设备。 11月24日，我国量子计算在深圳南山迎来历史性突破:中国首个规模化专用光量子计算机制造工厂在南 山智城启用。该制造工厂的落地，标志着我国量子计算正式从"实验室原理验证"迈入"工程化量产"新阶 段，不仅填补了全球光量子计算机规模化制造的行业空白，也为我国在全球量子科技竞争中抢占产业化 先机奠定关键基础。 政策面上，"量子科技"被写入《中共中央关于制定国民经济和社会发展第十五个五年规划的建议》，与 生物制造、氢能和核聚变能、脑机接口、具身智能、6G等并列为前瞻布局的未来产业。 迎产业化里程碑 工厂的核心竞争力体现在严苛的制造标准与完善的技术保障体系。魏海介绍，光量子计算机共7大制 程、223道工序、1000余个工步，位于南山区的这个全国首个规模化专用光量子计算机制造工厂总面积 约5000平方米，主要划分为两大功能板块:万级洁净生产区和综合配套支持区。 中国首个规模化专用光量子计算机制造工厂启用仪式现场展示相关数据和设备。 建立可复制、可扩展的量子硬件制造标准 "这座工厂的落成，不仅是生产线，更是连接基础科学与产业应用的'桥梁'。"中国科学院院 ...

经济要闻 东 兴 晨 报 东兴晨报 P1 2025 年 11 月 25 日星期二 东兴证券研究所金股推荐 4.深圳：11 月 25 日，我国首个专注于光量子计算机制造的工厂于昨日在广 东深圳南山区正式建成，并成功下线首台具备 1000 量子比特计算能力的光量 子计算机。该制造基地占地约 5000 平方米，集研发、生产与检测功能于一体， 致力于推动光量子计算机实现工程化、标准化和规模化制造。整个生产流程 高度复杂，涵盖 7 个主要制程阶段，包含 223 道具体工序，涉及超过 1000 个操作步骤。其核心技术在于精确引导光子进入指定计算区域，保持稳定间 距并实现高速持续运行，通过精密测量完成单次计算任务，单台设备可在毫 秒内完成一次运算，每日可执行数万次计算操作。（资料来源：同花顺） 1.新华社：11 月 24 日晚，国家主席习近平同美国总统特朗普通电话。习近 平指出，上个月我们在韩国釜山成功举行会晤，达成很多重要共识，为中美 关系这艘巨轮稳健前行校准航向、注入动力，也向世界传递积极信号。釜山 会晤以来，中美关系总体稳定向好，受到两国和国际社会普遍欢迎，事实再 次说明，中美"合则两利、斗则俱伤"是经过实践反复验证 ...

据中国载人航天工程办公室消息，神舟二十二号飞船将于北京时间2025年11月25日12时11分，在我国酒泉卫星发射中心实施发射。 商业航天迎重磅利好 万亿商业航天爆发 中国首个规模化专用光量子计算机制造工厂落地 21君荐读 SFC 来源丨央视新闻 编辑丨曾静娇 见习编辑 张嘉钰 ...

21世纪经济报道记者现场获悉，该制造工厂位于南山智城，总面积约5000平方米，集研发、制 造、测试于一体，用于实现光量子计算机的工程化、标准化和规模化生产，相当于造出一 条"流水线"。 编辑丨孙超逸 11月24日，中国首个规模化专用光量子计算机制造工厂正式落地深圳南山区。 记者丨 陈思琦 "这座工厂具备年产数十台专用光量子计算机的能力，填补了全球在该领域规模化制造的空 白。"玻色量子创始人兼CEO文凯表示。 麦肯锡《量子技术监测》研究报告显示，预计到2035年全球量子技术市场规模将达到970亿美 元，其中量子计算最具潜力并将占据最大份额，收入规模预计将从2024年的40亿美元增长至 2035年的720亿美元。 政策面上，"量子科技"被写入《中共中央关于制定国民经济和社会发展第十五个五年规划的建 议》，与生物制造、氢能和核聚变能、脑机接口、具身智能、6G等并列为前瞻布局的未来产 业。 当前，北京、上海、合肥、深圳等地纷纷加力，量子科技在金融、生物制药、能源等领域商业 化落地持续提速。 填补全球光量子规模化生产空白 光量子计算，顾名思义就是利用光的量子特性来进行计算的技术，是一种主流的量子计算技 术。 相较其他技 ...

中国首个规模化专用光量子计算机制造工厂11月24日正式落地深圳南山区。据悉，该制造工厂位于南山 智城，总面积约5000平方米，集研发、制造、测试于一体，用于实现光量子计算机的工程化、标准化和 规模化生产。玻色量子创始人兼CEO文凯表示，该工厂具备年产数十台专用光量子计算机的能力，填补 了全球在该领域规模化制造的空白。（21财经） 4. 深圳金融委员会：关于警惕黄金经营领域非法金融活动的风险提示 重要新闻 1. 习近平同美国总统特朗普通电话，习近平阐明了中方在台湾问题上的原则立场，强调台湾回归中国是 战后国际秩序重要组成部分 11月24日晚，国家主席习近平同美国总统特朗普通电话。习近平指出，上个月我们在韩国釜山成功举行 会晤，达成很多重要共识，为中美关系这艘巨轮稳健前行校准航向、注入动力，也向世界传递积极信 号。釜山会晤以来，中美关系总体稳定向好，受到两国和国际社会普遍欢迎，事实再次说明，中美"合 则两利、斗则俱伤"是经过实践反复验证的常识，中美"相互成就、共同繁荣"是看得见、摸得着的实 景。双方要保持住这个势头，坚持正确方向，秉持平等、尊重、互惠态度，拉长合作清单、压缩问题清 单，争取更多积极进展，为中美关系 ...

Group 1: ETF Market Growth - The total scale of ETFs in Shanghai and Shenzhen has exceeded 5.7 trillion yuan, with 772 ETFs in Shanghai valued at 40,847.47 billion yuan and 559 ETFs in Shenzhen valued at 16,246.33 billion yuan [1] - Recent regulatory changes by the China Securities Regulatory Commission have optimized the ETF registration and listing review process, potentially enriching product supply and attracting more long-term capital into the market [1] Group 2: Financial Support for Consumption - Various regions have announced financial policies to support consumption, focusing on encouraging consumer-oriented companies to go public and guiding financial institutions to utilize loans for consumption and elderly care [1] - Supporting high-quality consumer companies is expected to enhance corporate credibility, expand quality supply, and optimize consumption structure [1] Group 3: Share Buybacks by Listed Companies - A-share listed companies have shown strong enthusiasm for share buybacks, with 1,859 buyback plans implemented this year, involving 1,365 companies, and 365 companies completing buybacks exceeding 100 million yuan [1] - The total buyback amount has reached approximately 227.5 billion yuan, signaling positive market sentiment and investor confidence [1] Group 4: Copper Industry Challenges - Copper prices have reached historical highs, but rising raw material costs are significantly impacting downstream operations, with 18% of small and medium-sized enterprises in the copper supply chain reducing production [2] - Many copper smelting plants are facing raw material shortages, leading to increased operational pressures and a potential shift towards aluminum in various applications due to cost advantages [2] Group 5: Quantum Computing Development - China's first optical quantum computer manufacturing plant has been established in Shenzhen, covering approximately 5,000 square meters and integrating R&D, manufacturing, and testing [3] - The plant aims to achieve engineering, standardization, and large-scale production of optical quantum computers, marking a significant step in the country's quantum computing capabilities [3] Group 6: Investment in Robotics - Three listed companies, Longqi Technology, Ningbo Yunsheng, and Ningbo Huaxiang, have announced plans to invest in a new venture capital fund focused on the embodied intelligence industry [5] - The fund aims to stimulate the growth of the supply chain ecosystem by investing in early-stage innovative companies within the industry [5] Group 7: Xiaomi Stock Buyback - Xiaomi Group's founder Lei Jun has personally invested over 100 million Hong Kong dollars to increase his stake in the company, raising his ownership to 23.26% [5] - The company has conducted significant stock buybacks, totaling over 2.3 billion Hong Kong dollars this year [5] Group 8: New H Shares Issuance - UBTECH has announced a placement of 31.468 million new H shares at a discount of approximately 11.39% from the previous closing price [6] - LeMo Technology plans to globally issue 5.5556 million H shares, with a maximum price of 40 Hong Kong dollars per share [7] Group 9: Control Change in ST Lvkang - ST Lvkang has undergone a change in controlling shareholder to Zongteng Network, with the actual controller now being Wang Zuan [8] - This change is not expected to have a significant adverse impact on the company's main business and operating performance [8] Group 10: Lithium Hexafluorophosphate Supply - Xinzhou Bang has reported that its self-supply ratio of lithium hexafluorophosphate is currently between 50% and 70%, with plans to maintain this level while optimizing costs [9] - The company aims to balance cost control with external partnerships to ensure supply chain stability [9] Group 11: Stock Issuance by Guangxun Technology - Guangxun Technology's application for a specific stock issuance has been accepted by the Shenzhen Stock Exchange, pending further regulatory approvals [10]

Core Viewpoint - The article emphasizes the importance of achieving high-level technological self-reliance and strength as a foundation for national prosperity and security, outlining strategic goals, key tasks, and major initiatives for advancing China's technological innovation [1][2]. Strategic Deployment - Since the 18th National Congress, the central government has made significant strategic deployments to enhance technological self-reliance, leading to historic achievements and transformations in China's technology sector [2]. - The goal of building a technology power is clearly defined, with an emphasis on achieving high-level technological self-reliance as essential for national development [2]. New System for National Innovation - A new type of national system is being established to address profound changes in scientific research paradigms, focusing on collaborative innovation and leveraging national strategic technological forces [3]. - The system aims to integrate resources from national laboratories, research institutions, and leading enterprises to tackle major technological challenges [3]. Role of Enterprises in Innovation - Enterprises are recognized as the main body of innovation, with efforts to strengthen their role in integrating innovation elements and transforming technological achievements [4]. - A nurturing environment for technology-driven small and medium enterprises is being developed to enhance their growth and contribution to innovation [4]. Reform of the Technological System - The article highlights the necessity of reforming the technological system to create an efficient, collaborative, and open innovation framework, emphasizing the importance of leadership and coordination in technological tasks [5]. - Reforms include improving evaluation systems and fostering a culture of innovation within research and development [5]. Open Innovation Ecosystem - The importance of an open innovation ecosystem is stressed, with a focus on global collaboration and integration into international innovation networks [6][7]. - China is actively expanding international scientific and technological exchanges and cooperation, establishing key innovation centers [7]. Historical Achievements in Technology - Significant advancements in technology have been made, with China achieving a prominent position in various fields and producing a surge of major innovations [8]. - The country is moving towards becoming an innovative nation, solidifying the material and technological foundation for modernization [8]. Investment in Basic Research - Investment in research and development is increasing, with a projected expenditure of over 3.6 trillion yuan in 2024, marking a nearly 50% increase since 2020 [9]. - The focus on basic research is crucial for achieving breakthroughs and enhancing the foundation for technological self-reliance [9]. Core Technology Autonomy - The article discusses the importance of mastering key core technologies to ensure national economic security, highlighting advancements in various high-tech fields [10]. - Progress in self-developed technologies, such as high-performance chips and advanced equipment, is noted as a significant achievement [10]. Global Technological Competitiveness - China's technological competitiveness is on the rise, with improvements in innovation resource allocation and contributions to global technological innovation [11]. - The country aims to enhance its global innovation index ranking and establish itself as a key player in international innovation networks [11]. Integration of Technology and Industry - The integration of technological innovation and industrial innovation is emphasized as a key strategy for achieving high-level self-reliance [17]. - Efforts are being made to ensure seamless transitions from research to product development, enhancing the overall innovation ecosystem [17]. Reforming the Innovation Ecosystem - Continuous reforms in the technological system are necessary to foster a vibrant innovation ecosystem, focusing on removing barriers to innovation and enhancing collaboration [18]. - The article advocates for a supportive environment for original and disruptive innovations to accelerate the transition from a technological power to a technological strong nation [18].

麦肯锡《量子技术监测》研究报告显示，预计到2035年全球量子技术市场规模将达到970亿美元，其中量子计算最具潜力并将占据最大份额，收入规模预计 将从2024年的40亿美元增长至2035年的720亿美元。 21世纪经济报道记者现场获悉，该制造工厂位于南山智城，总面积约5000平方米，集研发、制造、测试于一体，用于实现光量子计算机的工程化、标准化和 规模化生产，相当于造出一条"流水线"。 "这座工厂具备年产数十台专用光量子计算机的能力，填补了全球在该领域规模化制造的空白。"玻色量子创始人兼CEO文凯表示。 政策面上，"量子科技"被写入《中共中央关于制定国民经济和社会发展第十五个五年规划的建议》，与生物制造、氢能和核聚变能、脑机接口、具身智能、 6G等并列为前瞻布局的未来产业。 11月24日，中国首个规模化专用光量子计算机制造工厂正式落地深圳南山区。 相较其他技术路线，光量子计算不需要超低温，且具有量子比特数规模大、室温稳定运行、相干时间长等多方面优势，在短期内可实现工程化，是商用量子 计算机的新兴形态。 据不完全统计，全球范围内，芬兰量子计算公司IQM、欧洲量子计算服务提供商Quandela、美国量子计算公司Io ...

央视网消息：国内首个光量子计算机制造工厂11月24日正式在广东深圳南山区落成。 光量子计算机量产正式步入商用阶段，它标志着我国在量子计算领域从"实验室走向生产线"。 马寅表示，引进到了各行各业，产生了数以百计的应用场景落地，使得人工智能训练精度得到指数级提高。像这种人工智能算法， 依靠量计算机之后，它的应用场景内获得了突飞猛进的变化。 这里是国内首个光量子计算机制造工厂，该工厂11月24日正式进入到小批量生产阶段。这台设备就是这家工厂生产出来的，第一台 计算能力达到1000个量子比特的光量子计算机。 该光量子计算机制造工厂总面积约5000平方米，集研发、制造、测试于一体，用于实现光量子计算机的工程化、标准化和规模化生 产。 光量子计算机的生产需要经过7大制程、223道工序，1000余个工步。它的技术原理是先让一个个光量子"排队"进入特殊的计算空 间，保持间距，高速持续"转圈"，再通过测量就能在毫秒级时间内完成单次计算，每天可以运行数万次。 玻色量子创始人马寅介绍，以前平均每6个月能够完成一台计算机的这制造，现在年产量达到了30—50台。 ...