國立清華大學物理學系 Department of Physics, National Tsing Hua University
我的研究聚焦於超冷中性原子系統,特別是鋰與銫的量子混合氣體。目前,我致力於探討 Efimov 物理、普適少體態及其他新穎的量子現象。未來,我希望以鋰銫原子系統為基礎,進一步開拓光鑷量子計算與超冷極性分子等研究方向。透過此計畫,我期望提升探索基礎量子物理的實驗能力,並建立以中性原子與分子為核心、可廣泛應用於未來量子科技的多功能平台。
My research focuses on ultracold neutral-atom systems, particularly quantum-gas mixtures of lithium and cesium. I investigate Efimov physics, universal few-body states, and other intriguing quantum phenomena. The neutral-atom platform also supports the development of optical-tweezer-based quantum computation and the controlled formation of ultracold polar molecules. Through this project, I aim to advance experimental capabilities for exploring fundamental quantum physics and to establish neutral atoms and molecules as versatile platforms for future quantum technologies.
涵蓋原子分子與光物理、超冷量子氣體、離子囚禁、量子資訊與量子計算,致力於操控鋰銫混合量子氣體及鈣離子系統,探討量子物理、量子態操控、量子模擬與量子運算,並發展高精度實驗技術及新型量子平台。
My research focuses on atomic, molecular, and optical physics, with particular emphasis on ultracold quantum gases, trapped ions, quantum information, and quantum computing. Using lithium–cesium quantum-gas mixtures and calcium-ion systems, I investigate fundamental quantum phenomena, quantum-state manipulation, quantum simulation, and quantum computation, while developing high-precision experimental techniques and advanced quantum platforms.