Correlation dynamics in a many-body quantum system using trapped ions

该项目旨在开发新的检测和控制技术，以研究离子阱中相互作用的多体量子系统。理解量子关联对于量子技术的许多未来应用至关重要，例如量子尺度材料，量子传感和量子计算。特别是，理解量子磁学是现代物理学的前沿。该项目预计将推进有关量子相关性产生和传播的时域信息的提取。该项目将为理解诸如高温超导性或自旋液体等奇异凝聚态现象提供重大益处。在这个项目中开发的知识和技术也将对从材料科学和原子物理到量子科学的其他研究领域有价值。

This project aims to develop new detection and control techniques to study interacting many-body quantum systems in an ion trap. The understanding of quantum correlations is essential for many of the future applications in quantum technology, such as quantum scale materials, quantum sensing and quantum computation. In particular, understanding quantum magnetism is on the forefront of modern physics. The project is expected to advance the extraction of time-domain information about the generation and spread of quantum correlations. This project should provide significant benefits in the understanding of exotic condensed matter phenomena such as high-temperature superconductivity or spin liquids. The knowledge and techniques developed in this project will also be valuable for other research areas from material science and atomic physics to quantum science.