Ni Group - Harvard University
faculty.chemistry.harvard.edu › kni › dual-speciesIn our experiment, we use two atomic species, Na and Cs, to play the role of the control atom and the science atom, which naturally reduces the crosstalk when attempting to address one of the types of atoms. Using two species also enables us to more finely control the interactions in our quantum computer or simulator, since we can control which ...
Journal publications | Ni Group - Harvard University
https://faculty.chemistry.harvard.edu/kni/journalsYu Wang, Kenneth Wang, Elliot Fenton, Yen-Wei Lin, Kang-Kuen Ni, and Jonathan D. Hood. Optics Express 28, 31209-31215 (2020) arXiv:2008.03504 (2020) [34] Nuclear spin conservation enables state-to-state control of ultracold molecular reactions. Ming-Guang Hu*, Yu Liu*, Matthew A. Nichols, Lingbang Zhu, Goulven Quemener, Olivier Dulieu, and Kang ...
Ni Group - Harvard University
faculty.chemistry.harvard.edu › kniNi Group • • • • • • • • Welcome to Ni Lab at Harvard University! Our group creates molecules at the lowest possible temperatures to study fundamental aspects of chemical reactions and physical dynamics. We explore quantum many-body physics in chemistry-related applications. Our lab is located at Converse 123.