中文
Introduction

The laboratory primarily focuses on experimental studies involving coherent coupling and coherent control of laser and ultracold quantum gases. By developing critical control techniques, it enables the design and construction of microscopic system Hamiltonians within ultracold quantum gases. Under ideal conditions, this facilitates effective simulation and investigation of key mechanisms in significant quantum models, paving the way for exploring novel quantum effects and advancing the development of innovative quantum devices and materials.


Institute news
  • The research group has made significant progress in the stud...

    Recently, the research group published a paper titled "Atom-optically synthetic gauge fields for a noninteracting Bose gas" in the journal Light: Science & Applications. Professor Li Yuqing from our group is the first author, with Professors Ma Jie and Mei Feng serving as corresponding authors. Professors Jia Suotang, Xiao Liantuan, and others also contributed significantly to the study.

  • The research team made significant progress in experimentall...

    Recently, the research group published a paper titled "Observation of interaction-induced mobility edge in an atomic Aubry-André wire" in the prestigious journal Physical Review Letters. The paper was prominently featured as an Editors’ Suggestion and highlighted as Featured in Physics, earning a spot on the journal's homepage. Additionally, Physics magazine invited Professor Martin Rodriguez-Vega to write a spotlight article titled "A Wire on the Edge", which provided a detailed commentary on the work.

  • The research team has made significant progress in testing t...

    Recently, the research team published a paper titled "Testing universality of Feynman-Tan relation in interacting Bose gases using high-order Bragg spectra" in the journal Light: Science & Applications. The paper's first authors are PhD students Wang Yunfei and Du Huiying. The corresponding authors are Professor Ma Jie and Associate Professor Li Yuqing. The research was also contributed to by Professors Mei Feng, Hu Ying, Xiao Liantuan, and Jia Suotang.

  • The research team has made significant progress in the exper...

    Recently, the research team made a groundbreaking advancement in the study of interaction-induced artificial gauge fields in a geometrically frustrated triangular momentum lattice of ultracold atoms. The related research was published in Nature Communications under the title "Observation of frustrated chiral dynamics in an interacting triangular flux ladder." The paper was authored by Associate Professor Li Yuqing, with Professors Ma Jie and Yi as corresponding authors. The research work was also contributed by Dr. Du Huiying, Dr. Wang Yunfei, Associate Professor Liang Junjun, Professor Xiao Liantuan, and Professor Jia Suotang.