Ye Group

I am working on high-resolution molecular

I am a postdoctoral research associate working on direct laser cooling and trapping of YO molec

I work on the strontium 3D lattice clock, studying atomic interactions that affect clock per

I am a postdoc working on the KRb polar molecules experiment. In this project, we use ultracold polar molecules to study many-body physics with dipole-dipole interactions. I completed my Ph.D. in the Wang group at the Chinese University of Hong Kong, where we studied on the control of the collisions between NaRb polar molecules.

I am currently working on the Direct excitation of the thorium 229 nucleus with a XUV frequency comb.

I am a postdoc on the KRb experiment. Here, we use ultracold polar molecules to explore many-body physics.

I am a graduate student working on the direct laser cooling of Yttrium Oxide (YO). This project has pioneered many feats for diatomic molecules such as magneto-optical trapping, sub-Doppler cooling, and conservative trapping. Ongoing work seeks to further achieve higher densities and lower temperatures towards quantum degeneracy, expanding the frontiers of quantum control. I was previously an undergraduate at the University of Chicago where I studied physics and math.

I am a VATAT postdoctoral research fellow working on high-precision mid-IR spectroscopy of buffer gas cooled fullerenes.  I earned my PhD in the Fleischer lab at Tel-Aviv University on ultrafast rotational echo spectroscopy and coherent molecular dynamics of gas phase ensembles.

I am an NRC postdoc using XUV frequency combs to search for the anomalously low nuclear transition of thorium-229 with the goal of building a nuclear clock. I completed my Ph.D. in the Engel Group at the University of Chicago studying the relationship between vibronic coupling and evolutionary photoprotection in photosynthetic proteins using two-dimensional electronic spectroscopy.