Core Insights - Quantum precision measurement leverages the high sensitivity of quantum states to surpass classical measurement limits, with applications in communication, navigation, energy, and healthcare, showcasing advantages of "ultra-precision, high stability, and anti-interference" [1][5][6] Industry Overview - The global quantum precision measurement market is projected to grow from $1.67 billion in 2024 to approximately $2.24 billion in 2026, with a forecasted market size of $4.457 billion by 2035, reflecting a compound annual growth rate (CAGR) of 14.4% from 2024 [6] - In China, the quantum precision measurement market is expected to reach $295 million in 2024, $435 million in 2025, and $520 million in 2026, with a long-term projection of $1.053 billion by 2035 [6][7] Application Distribution - The primary applications of quantum precision measurement in China are in military defense, which holds a market share of 58.98%, followed by civilian and scientific fields, which together account for approximately 10.51% [7] Industry Chain - The upstream of the quantum precision measurement industry includes components such as lasers, low-temperature equipment, and superconducting magnets, while the midstream focuses on the production of various measurement devices, including time, inertial, magnetic, and gravity measurement equipment [8][9] Competitive Landscape - The domestic quantum precision measurement market is characterized by increasing competition, with key players including Guo Yi Quantum, Tian Ao Electronics, and others, focusing on various measurement devices such as quantum clocks and quantum gravity meters [11][12] - Guo Yi Quantum is recognized as a leading company in the sensor industry, providing enhanced quantum sensors and scientific instruments, with significant advancements in measurement sensitivity and precision [12] Development Trends - The integration of AI with quantum precision measurement is anticipated to drive technological and industry transformations, enhancing data processing and expanding application ranges [13] - Future advancements will focus on improving technology maturity and overcoming challenges related to size, power consumption, cost, and adaptability to task environments [13][14]

通信行业点评 姚院士在浦江论坛对量子提出了怎样的期待？ 2025 年 09 月 23 日 ➢ 2025 年 9 月 21 日浦江创新论坛上，姚院士就量子计算+A 开展演讲，认 为两者可"相互赋能"。"将量子与 AI 这两项颠覆性技术结合，或许能推动人类 突破现有知识极限，实现系统能力的跃升。"在姚期智院士看来，二者的融合不是 简单叠加，而是相互赋能的"化学反应"。大会同时宣布成立上海量子人工智能联 合体、上海量子科技装备产业创新联盟，发布上海量子计算十大应用场景，标志 上海量子科技与产业发展迈入崭新发展阶段。 ➢ 我国 AI 量子：基础扎实潜力无限。大会上指出，当前我国在量子纠错、AI 赋能量子等领域紧跟国际前沿，最新研究进展在部分方向上已经具备了"并跑"， 甚至局部"领跑"的可能。中国科学院院士俞大鹏指出，中国在量子计算领域已 取得显著突破。在上海，复旦大学成功研制出中性原子量子计算系统，制定高效 并行量子计算指令集；开发 ai+量子调控方案，实现了大规模原子系统的自动校 准、优化，为量子计算增效提速；自研物镜的性能也已支撑万比特级中性原子量 子计算；近期在量子优化算法上又取得新突破，大幅提升 NP 难问题 ...