Notice：
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09-25
2025
Advancing Deep Learning for Multi-Agent Al:Incentives and Scalability
演讲人：Tonghan Wang [Harvard University] 时间： 15:00-16:00, Sep 25, 2025 (Thu)地点：RM 1-222, FIT Building内容：The ecosystem of Al agents and humans will shape the future. For the success of thisecosystem, we need to build agents and agent systems that can scale to real-worlccomplexity while providing alignment guarantees. This goal necessitates new progressin multi-agent Al, This talk prese...
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09-23
2025
The Atomic Skill Approach to Robotic Dexterity
演讲人： Haozhi Qi [UChicago/UC Berkeley]时间： 16:00-17:30, Sep 23, 2025 (Tue)地点：Seminar Room 2, 19th Floor, Tower C, TusPark (#腾讯会议：398-077-2882 密码：095015)内容：Human hands are essential for sensing and interacting with the physical world, enabling us to manipulate objects with ease. Replicating this level of dexterity in robots remains a longstanding challenge, and a key milestone...
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09-17
2025
Genuine quantum scars in many-body spin systems
演讲人： Andrea Pizzi [Trinity College, Cambridge] 时间： 10:00-11:00, Sep 17, 2025 (Wed)地点：RM 1-222, FIT Building内容：Chaos makes isolated systems of many interacting particles quickly thermalize and forget their past. While this picture applies to simple observables such as order parameters and correlators, it need not extend to more complex quantities like wavefunction amplitudes, that a...
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09-12
2025
General Approach to Error Detection of Bosonic Codes via Phase Estimation
演讲人： 金缘德 [中国科学院半导体研究所/中国科学院大学]时间： 10:00-11:30, Sep 12, 2025 (Fri)地点：RM S527, MMW Building内容：Quantum phase estimation (QPE) is an important algorithm in quantum information processing, designed to estimate the eigenvalues of a unitary operator, and it plays a significant role in quantum metrology. In our previous work [1], we have established a general framework...
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09-11
2025
Quantum information in precision measurements using spin squeezing and light squeezing
演讲人： 肖艳红 [复旦大学]时间： 16:30-18:00, Sep 11, 2025 (Thu)地点： RM 1-222, FIT Building内容：Physical systems based on coherent atom-light interactions are important for precision measurements and sensing. The measurement sensitivities of classical systems are fundamentally limited by spin projection noise and photon shot noise, hence employing quantum entanglement and squeezed states to...
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09-08
2025
Unbounded Sharing of Nonlocality Using Qubit Projective Measurements
演讲人： Souradeep Sasmal [University of Electronic Science and Technology of China]时间： 15:00-17:00, Sep 8, 2025 (Mon)地点： RM S327, MMW Building (#腾讯会议：435-802-209)内容：The prevailing consensus is that the sequential sharing of nonlocality in a Bell experiment requires generalised unsharp measurements, since a sharp measurement inevitably destroys the entanglement of the shared state...