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04-21
2026
2,400镱原子光镊阵列的高效率装载
时 间：13:00-15:00, Apr 21, 2026 (Tue)地 点：Seminar Room 2, 19th Floor, Tower C, TusPark内容：中性原子阵列已成为量子计算、量子模拟和量子精密测量的重要平台。其中，类碱土原子展现出长相干时间、高保真度量子门和擦除误差转化等独特优势，但其阵列规模长期落后于碱金属原子。我们在光镊阵列中成功俘获2400个镱-174原子，并实现了83.5(1)%的单原子增强装载效率，打破碱土金属原子光镊阵列规模纪录。我们进一步发现...
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04-21
2026
World Modeling from Reconstruction, Simulation and Action
时 间：13:00-15:00, Apr 21, 2026 (Tue)地 点：Seminar Room 2, 19th Floor, Tower C, TusPark内容：Building world models that internally represent how the world looks, evolves, and responds to actions is increasingly recognized as a foundation for embodied intelligence. As Vincent Sitzmann suggests, traditional vision tasks like 3D reconstruction, segmentation, and detection may ultimately serv...
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04-17
2026
Harnessing quantum physics for the next generation of continuously monitored sensors
演讲人：杨大猷 [中国科学技术大学]时 间：16:30-18:00, Apr 17, 2026 (Fri)地 点：RM 1-222, FIT Building内容：Continuous monitoring of driven-dissipative quantum optical systems provides key strategies for the implementation of quantum metrology, with prominent examples ranging from the gravitational wave detectors to the emergent driven-dissipative many-body sensors. Nevertheless, fundamental ...
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04-02
2026
Engineering Robust Quantum Systems: From Algorithms to Topological Transport and Precision Sensing
演讲人：李睿 [浙江大学] 时 间：10:00-12:00, Apr 2, 2026 (Thu)地 点：RM S527, MMW Building内容：Quantum technologies are rapidly advancing across computation, simulation, and precision sensing, yet their practical performance is fundamentally limited by noise, finite-size effects, and imperfect control. In this talk, Iwill present a unified perspective on designing robust and resource-effici...
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04-01
2026
Physical Intelligence in Dynamic Worlds: From Reaction to Proaction
演讲人：Yuejiang Liu [Stanford University]时 间： 11:00-12:00, Apr 1, 2026 (Wed)地 点： remote talk (//meeting.tencent.com/dm/9lN2ttVMMiHv #腾讯会议：800-735-970)内容：Physical intelligence has advanced rapidly in research labs, yet reliable deployment in everyday environments remains elusive. One central obstacle is the extrinsic dynamics of the real world: objects move, sensing is p...
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03-31
2026
Phase shadow: A noise-tolerant path to global quantum property estimation
演讲人：周游 [复旦大学]时 间：16:00-18:00, Mar 31, 2026 (Tue)地 点：RM S327, MMW Building内容：Measuring global quantum properties-such as the fidelity to complex multipartite states-is both an essential and experimentally challenging task. Classical shadow estimation offers favorable sample complexity, but typically relies on many-qubit circuits that are difficult to realize on current pla...