格隆汇1月27日丨国盾量子(688027.SH)公告称，预计2025年归属于上市公司股东的净利润为500万元左 右，上年同期为亏损3184.14万元，同比扭亏为盈。报告期内，公司量子计算领域营业收入增长。 ...

格隆汇1月27日丨国盾量子(688027.SH)公布，公司预计2025年年度实现营业收入31,000.00万元左右。公 司预计2025年年度实现归属于母公司所有者的净利润与上年同期（法定披露数据）相比，将实现扭亏为 盈，实现归属于母公司所有者的净利润为500.00万元左右。公司预计2025年年度归属于母公司所有者的 扣除非经常性损益后的净利润为-4,400.00万元左右。报告期内，公司量子计算领域营业收入增长。 ...

转自：智通财经 【国盾量子：预计2025年净利润500万元左右 量子计算领域营业收入增长】智通财经1月27日电，国盾 量子(688027.SH)公告称，预计2025年归属于上市公司股东的净利润为500万元左右，上年同期为亏损 3184.14万元，同比扭亏为盈。报告期内，公司量子计算领域营业收入增长。 ...

南财智讯1月27日电，国盾量子发布年度业绩预告，预计2025年全年归属于上市公司股东的净利润为 500.00万元左右，预计同比扭亏；预计2025年全年归属于上市公司股东的扣除非经常性损益的净利润 为-4,400.00万元左右。报告期内，公司量子计算领域营业收入增长。 ...

内容概要：量子精密测量借助量子态高敏感性突破经典测量极限，涵盖时频基准、电磁场测量、重力测 量等多个方向，已逐步从实验室走向通信、导航、能源、医疗等实际应用领域，展现出"超精密、高稳 定、抗干扰"的核心优势。中国科学院自主研发的高精度原子钟已达国际先进水准，量子测量产品精度 惊人。中国量子精密测量行业在技术创新和政策支持下蓬勃发展，市场应用呈现迅速扩张的趋势。我国 量子精密测量主要应用于军事国、民用领域（能源、医疗、通信）、科学等领域。2024年我国量子精密 测量市场规模增长至2.95亿美元，在军事国防领域量子精密测量技术市场占据58.98%的市场份额，其次 为民用与科学领域合计约占10.51%。2025年我国量子精密测量市场规模约为4.35亿美元，预计2026年有 望达到5.2亿美元，2035年有望达到10.53亿美元。 上市企业：国盾量子(688027.SH)、天奥电子(002935.SZ)、中国船舶(600150.SH)、西部超导 (688122.SH)、光韵达(300227.SZ)、国睿科技(600562.SH)、天奥电子[002935] 关键词：量子精密测量行业政策、量子精密测量产业链、量子精密测量 ...

Group 1: Quantum Technology - The report highlights significant advancements in quantum error correction technology, with Zhejiang University and Tsinghua University demonstrating low-overhead quantum error correction codes, effectively reducing logical error rates below physical error rates [4][5] - Horizon Quantum Computing has formed a strategic partnership with Alice&Bob to accelerate the development of fault-tolerant quantum computing, integrating their software and hardware capabilities [5] - GuoDun Quantum plans to sign a technology licensing contract with the University of Science and Technology of China, involving quantum random number generators and superconducting quantum computing control systems [6][7] Group 2: Biomanufacturing - The Chinese Academy of Sciences has achieved a breakthrough in synthesizing L-arginine using methanol as the sole carbon source, marking a shift towards non-grain-based production methods [8][9] - The Shenzhen Advanced Institute has developed the MARS intelligent system, which integrates multiple AI agents and robots to significantly shorten the new material development cycle from four months to four hours [9][10] - Jinbo Biological has registered a 2 billion yuan private placement to enhance its humanized collagen protein FAST database project, aiming to improve research and development efficiency [11] Group 3: Hydrogen Energy and Nuclear Fusion - The Baowu Clean Energy green hydrogen industrial park project, with a total investment of 11.09 billion yuan, has been launched in Guangdong, establishing a new model for offshore wind power direct hydrogen production [12][13] - A Chinese consortium has signed a significant contract for the ITER edge local model power supply system, marking a major step in China's contribution to global fusion energy projects [15] - Zhejiang Fu Nuclear Power will participate in the development of core components for the China Fusion Engineering Demonstration Reactor (CFEDR), focusing on ultra-high heat load components [16][17] Group 4: Brain-Computer Interfaces - Neuralink has successfully implemented OTA wireless upgrades for its invasive brain-computer interface, allowing for performance optimization without the need for additional surgeries [18][19] - This advancement addresses the traditional limitations of invasive devices, reducing clinical maintenance risks and costs while enhancing the adaptability of the technology [20] Group 5: Embodied Intelligence - World Labs, founded by Fei-Fei Li, has partnered with Guanglun Intelligent to create an evaluation system for embodied intelligence, addressing high verification costs and discrepancies between simulation and reality [21][22] - The Marble model developed by World Labs generates high-fidelity 3D environments from various inputs, solving traditional model issues but lacking physical interaction capabilities [22][23] Group 6: Future Industry Catalysts - The report outlines key catalytic events for 2026 across six future industries, including significant conferences and technological milestones that investors should monitor [28][29]

国盾量子回复称，公司为合肥超量融合计算中心"巢湖明月"项目提供的超导量子计算设备部分于2025年 下半年验收完成，剩余少量服务费后续逐步确认。 格隆汇1月23日｜有投资者在互动平台向国盾量子提问：关于贵司在1月19号发布的投资者关系活动记录 表中提及的合肥超量融合计算中心项目，该项目是已经于2025年下半年完成项目总验收了吗？ ...

2020年，作为上交所科创板改革的第一批种子，国盾量子（688027.SH）的IPO悄然创下一个纪录—— 它不仅成为中国，乃至全球首家以量子科技业务为核心的上市公司，也是资本市场上罕见的将推动前沿 研究作为重要方向的上市公司。 此种在"无人区"中的坚守，在外人看来是难以复刻的奇迹，但在唐世彪看来却是"九死一生"的冒险。 唐世彪是国盾量子的创始成员，现任公司董事、副总裁和副总工程师。同时，他还身兼安徽省量子信息 工程技术研究中心主任等职责。 集"产学研"多种标签于一身的身份，让唐世彪一直处在前沿科学与技术应用的前沿。 如今，"十五五"规划建议将量子技术列为发展前沿技术的核心领域。而作为规划的见证者、推动者，唐 世彪对量子科技发展在国际形势日趋复杂，AI应用不断深化的当下，有着独到的看法。 从技术到产业化 "我最开始是做了两年博士后，这个身份其实有些可攻可守的意味。"唐世彪回忆起自己的创业经历时表 示："当时并未预料到，会有那么多'生死存亡'的时刻。" 虽然说是"兼职"，唐世彪仍然全身心投入在创业之中，专注于解决量子通信的商业化技术难题。 "光是从0到1的材料费、设备费就是一笔巨大的开支。在那个阶段，社会资本对量 ...

2020年，作为上交所科创板改革的第一批种子，国盾量子（688027.SH）的IPO悄然创下一个纪录——它不仅成为中国，乃至全球首家以量 子科技业务为核心的上市公司，也是资本市场上罕见的将推动前沿研究作为重要方向的上市公司。 此种在"无人区"中的坚守，在外人看来是难以复刻的奇迹，但在唐世彪看来却是"九死一生"的冒险。 唐世彪是国盾量子的创始成员，现任公司董事、副总裁和副总工程师。同时，他还身兼安徽省量子信息工程技术研究中心主任等职责。 集"产学研"多种标签于一身的身份，让唐世彪一直处在前沿科学与技术应用的前沿。 如今，"十五五"规划建议将量子技术列为发展前沿技术的核心领域。而作为规划的见证者、推动者，唐世彪对量子科技发展在国际形势日 趋复杂，AI应用不断深化的当下，有着独到的看法。 唐世彪。资料图 从技术到产业化 "我最开始是做了两年博士后，这个身份其实有些可攻可守的意味。"唐世彪回忆起自己的创业经历时表示："当时并未预料到，会有那么 多'生死存亡'的时刻。" 虽然说是"兼职"，唐世彪仍然全身心投入在创业之中，专注于解决量子通信的商业化技术难题。 "光是从0到1的材料费、设备费就是一笔巨大的开支。在那个阶段， ...

Core Viewpoint - GuoDun Quantum (国盾量子) has established itself as a pioneer in the quantum technology sector, being the first company globally to go public with a core focus on quantum technology, marking a significant milestone in the capital market [1] Group 1: Company Background and Development - GuoDun Quantum was founded during a challenging period for quantum technology, facing significant funding difficulties and skepticism from social capital before 2014 [2][3] - The company received crucial support from local governments, particularly in Hefei and Jinan, which facilitated its early development and establishment of quantum communication networks [2] - The year 2017 marked a turning point for GuoDun Quantum, shifting its focus from pure research to market application, particularly with the launch of the Beijing-Shanghai high-speed railway project [3] Group 2: Technology and Applications - Quantum communication technology, exemplified by "quantum secret talk," has begun to see basic application and public acceptance, despite its complex nature [4][5] - The security of quantum communication is based on physical principles rather than mathematical complexity, making it inherently secure against future computational advancements [4][5] - GuoDun Quantum has partnered with China Telecom to promote quantum communication products, achieving over 6 million users for its "quantum secret talk" service [5] Group 3: Future Prospects and Integration - GuoDun Quantum aims to deepen integration with China Telecom's cloud services and AI research, enhancing its infrastructure capabilities [6] - The company is positioned at the forefront of quantum computing development, participating in significant projects like the "Zu Chongzhi" quantum computer, which has achieved quantum superiority [7] - Future efforts will focus on advancing quantum chip technology and promoting quantum computing cloud platforms to broaden access and application [7][8] Group 4: Quantum Computing and AI Synergy - There is a natural synergy between quantum computing and AI, with AI enhancing quantum technology research and quantum computing addressing AI's computational limitations [9][10] - The national "14th Five-Year Plan" emphasizes the strategic importance of quantum technology, aiming to position it as a key driver of economic growth [10][11] - The integration of various technologies, including quantum and AI, is essential for addressing industry challenges and fostering new economic opportunities [11]