Core Insights - The article highlights the significant contributions of Guo Guangcan in the field of quantum optics and quantum information science in China, emphasizing his role in establishing and promoting these fields domestically [1][2][4]. Group 1: Development of Quantum Optics - Quantum optics, a frontier discipline studying the quantum properties of light and its interaction with matter, was virtually non-existent in China until the early 1980s [2]. - Guo Guangcan, after studying abroad, was determined to initiate quantum optics research in China, leading to the first national quantum optics conference in 1984, which has been held biennially ever since, growing from dozens of attendees to over 800 by 2024 [2][3]. Group 2: Transition to Quantum Information - In the early 1990s, Guo identified quantum information as a promising research direction, which integrates quantum mechanics principles to process and transmit information, thus surpassing classical information technology [4]. - The establishment of the first national laboratory for quantum information in 1999 marked a significant milestone, supported by the Chinese Academy of Sciences, and led to the formation of a research team that produced numerous results and trained a new generation of researchers [5][6]. Group 3: Advancements in Quantum Computing - Guo's team undertook the "solid-state quantum chip" project in 2011, which was crucial for developing China's own quantum chips, with a focus on empowering younger researchers to lead these efforts [7]. - The team achieved significant milestones, including a record-breaking quantum logic gate operation in 2013, and founded the first quantum computing company in China, aiming to create a user-interactive quantum computer [7][8]. Group 4: Impact and Future Directions - The third-generation superconducting quantum computer, "Benyuan Wukong," has been accessed over 25 million times by users from 139 countries, completing over 380,000 quantum computing tasks across various industries [8]. - Guo continues to engage in educational outreach, emphasizing the importance of nurturing young talent in quantum computing to ensure the field's future development [8].

Core Insights - The article highlights the significant contributions of Guo Guangcan in the field of quantum optics and quantum information science in China, emphasizing his role in establishing foundational research and education in these areas [2][3][6]. Group 1: Contributions to Quantum Optics - Guo Guangcan introduced quantum optics theory to China in the 1980s, leading to the establishment of the first national quantum optics academic conference in 1984, which has grown from a few dozen participants to over 800 by 2024 [3][6]. - He developed the first quantum optics course in China, which has educated many researchers who became key figures in the field [4][5]. Group 2: Development of Quantum Information - In the early 1990s, Guo recognized the potential of quantum information as a valuable research area, which integrates quantum mechanics principles to process and transmit information [6][7]. - He established the first provincial-level key laboratory for quantum information in China, which has been pivotal in advancing research and development in quantum communication and quantum computing [7][8]. Group 3: Advancements in Quantum Computing - Guo's team successfully developed China's first quantum chip under the "solid-state quantum chip" project, significantly enhancing the capabilities of quantum computing [8][9]. - The third generation of China's superconducting quantum computer, "Benyuan Wukong," has been accessed over 25 million times by users from 139 countries and regions, completing over 380,000 quantum computing tasks across various industries [9]. Group 4: Educational Initiatives and Future Vision - Guo continues to engage in educational activities, including public lectures and competitions, to inspire the next generation of quantum researchers [10]. - He emphasizes the importance of nurturing young talent in quantum computing, stating that the research in this field cannot be completed by one generation alone [8][10].

此次新型分子量子比特的核心成分是稀土元素铒。由于其独特的物理特性，铒能够在保持光学跃迁"干 净"的同时，与磁场发生强烈相互作用，因此在经典光电子技术和新兴量子系统中均具有重要价值。新 设计的分子结构使得信息可被编码在其磁性自旋态中，并通过特定波长的光进行读取和操控——而这些 光的频率恰好与现有的硅基光子电路和光纤通信系统兼容。 来自美国芝加哥大学、加州大学伯克利分校、阿贡国家实验室以及劳伦斯伯克利国家实验室的科学家们 开发出一种新型分子量子比特，能够弥合光与磁之间的鸿沟，在与现有电信技术相同频率下运行。这项 突破性进展发表在新一期《科学》杂志上，为构建可扩展的量子技术提供了一种极具前景的新平台，且 有望与当前广泛使用的光纤网络实现无缝集成。 在量子技术中，光通常用于传输和测量量子态，而磁性相关的自旋则是量子计算、传感和存储的关键资 源。该研究巧妙结合了量子光学与合成化学两个领域：前者推动了激光与量子网络的发展，后者则在诸 如磁共振成像造影剂等应用中展现出强大能力，从而构建出能连接这两个领域的分子级功能单元。 研究同时证明，通过合成化学手段，可在分子尺度上精确设计和调控量子材料的行为。这为进一步开发 面向量子网 ...

盟云全息(HOLO.US)盘前大涨20.32%，报6.69美元。消息面上，有媒体援引一份声明称，该公司提出了 一种控制量子光子态的创新解决方案，这可能在量子光学中具有重要应用。(格隆汇) | HOLO | | | | --- | --- | --- | | 5.560 + +0.350 +6.72% | | 收盘价 09/22 15:59 美 | | 6.690↑ 1.130 +20.32% | | 盘前价 09/23 04:42 美 | | 二 分 24 9 目 ♥ 自选 | | ● 快捷交易 | | 最高价 5.680 | 开盘价 5.130 | 成交量 513.31万 | | 最低价 4.900 | 昨收价 5.210 | 成交额 3015.79万 | | 平均价 5.875 | 市盈率 TM 1.95 | 总市值 8099.43万 (…) | | 振 幅 14.97% | 市盈率(静) | 总股本 1456.73万 | | 换手率 36.77% | 市净率 0.200 | 流通值 7761.62万 | | 52周最高 375.200 委 比 -45.46% | | 流通股 1395.98万 | | 5 ...

Quantum Computing (QUBT) Q1 2025 Earnings Call May 15, 2025 04:30 PM ET Company Participants Rosalyn Christian - Account ManagerYuping Huang - CEO & ChairmanChris Boehmler - CFO Conference Call Participants Edward Woo - Director of Research & Senior Analyst Operator Ladies and gentlemen, greetings, and welcome to the Quantum Computing Inc. First Quarter twenty twenty five Shareholder Update Call. At this time, all participants are in a listen only mode. Following management's remarks, the call will be opene ...