Check out our paper on overlapping BECs of Na and Cs
November 2020
May 2019
Check out our paper on overlapping BECs of Na and Cs
The Will Lab investigates quantum systems of ultracold atoms and molecules. We cool atoms and molecules to ultracold temperatures just a sliver above absolute zero - reaching the coldest temperatures allowed by nature. Close to absolute zero temperature, the behavior of particles is ultimately determined by the laws of quantum mechanics. Using the precision tools of atomic physics, we have full control over the quantum state of each particle and the interactions between them.
With ultracold atoms and molecules we create novel many-body quantum systems, perform quantum simulations of strongly interacting matter, and work towards single atom and single molecule control. Our research program focusses on fundamental questions in many-body quantum physics, quantum simulation, and quantum optics, and contributes to the development of modern quantum technologies. For more details go to Research.
Funding
Recent News
June 21, 2021
DURIP Award
We received a DURIP award from the Office of Naval Research supporting our NaCs molecule effort. Thanks a lot to the ONR DURIP program for the tremendous support! More information here.
June 2, 2021
Overlapping BECs of Na and Cs
Check out our latest paper - first dual Bose-Einstein condensates of sodium and cesium. Two overlapping superfluids and exciting conditions to make very cold clouds of NaCs ground state molecules. Congrats to the entire NaCs Lab team for this great achievement! Link to the preprint: arxiv:2106.01334
June 4, 2021
DAMOP 2021
We had a very successful DAMOP this year with Minho, Aden, Claire, Niccolò, Aaron, and Weijun all presenting on our recent developments. Nice job all!
May 31, 2021
Triangular Lattice from Metasurface
We got our first image of a triangular lattice pattern from a metasurface! It is the first step towards integrating this novel nanophotonic platform into an AMO experiment. We are looking forward to trapping atoms using it in the near future! Thank you Xiaoyan from Prof. Nanfang Yu’s group for providing the metasurfaces.
CAREER
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