Zhang
I work on the XUV frequency comb project, where we are building XUV frequency combs for direct laser spectroscopy of the 229mTh nuclei. I received my bachelor’s degree at Tsinghua University.
Jun Ye group
I work on the XUV frequency comb project, where we are building XUV frequency combs for direct laser spectroscopy of the 229mTh nuclei. I received my bachelor’s degree at Tsinghua University.
I am a graduate student working on the YO project in the Ye group. We are developing a 3D MOT for ultracold molecules study. I got my bachelor's degree from Tsinghua University.
I am a graduate student working on the KRb ultracold molecule experiment. I was previously an undergraduate student at Harvard University, where I studied ultracold molecular chemistry with Professor Kang-Kuen Ni.
I am a graduate student working on the strontium optical lattice clock. We are using a Fermi-degenerate 3D optical lattice clock to push the frontier of precision metrology and to study many-body physics. I did my undergraduate work at Reed College.
I work on the electron EDM project with Dr. Ye and Dr. Cornell. I earned my Masters and undergraduate degrees at UBC in Engineering Physics.
I am a member of the strontium research group where we work on advancing the strontium atomic clock for frequency metrology and many-body physics. I received my physics undergraduate education at the University of Nevada, Las Vegas.
I work on the third generation eEDM project using ThF+ in collaboration with Eric Cornell and Jun Ye. I received my Bachelors at the National University of Singapore.
I am a member of the strontium experiment researching quantum many-body physics and precision measurements utilizing ultra low phase noise lasers. I was previously an undergraduate at the University of Wisconsin-Madison researching neutral atom quantum computing.
I am a graduate student working on mid-infrared molecular spectroscopy measurements at high spectral resolution and ultra-high detection sensitivity. I received my bachelor's degree from Nankai University.