Remote entanglement of trapped ions, Ultrafast quantum logic gates
单位：University of Washington
研究方向：Remote entanglement of trapped ions, Ultrafast quantum logic gates
Welcome to the University of Washington trapped ion quantum computing group page! We work on experimental implementation of quantum computation and quantum communication using single trapped ions and single photons, and the hybrid atom-photon entangled state. Apart from the quantum information applications, we are also interested in testing the fundamental principles of quantum mechanics.
We are a part of the atomic physics group at the UW.
"Single Ion Imaging and Fluorescence Collection with a Parabolic Mirror Trap,"Chen-Kuan Chou, Carolyn Auchter, Jennifer Lilieholm, Kevin Smith and Boris B. Blinov Review of Scientific Instruments 88, 086101 (2017).
"Upper Bound on the Stongly Forbidden 6S 1/2 <-> 5D 5/2 Magnetic Transition Moment in Ba +," Spencer R. Williams, Amupriya Jayakumar, Matthew R. Hoffman, Spencer R. Williams, Boris B. Blinov and E.N. Fortson, Asian Journal of Physics 26 09-19 (2017) (arXiv:1610.04321).
"Toward Remote Ion-Ion Entanglement with Barium," Thomas W. Noel, Carolyn Auchter, Chen-Kuan Chou and Boris B. Blinov, SPIE Proceedings vol. 9377: Advances in Photonics of Quantum Computing, Memory, and Communication VII (2015).