Resonance fluorescence based two- and three-dimensional atom localization
Abdul Wahab, Rahmatullah Rahmatullah, Sajid Qamar
Two- and three-dimensional atom localization in a two-level atom–field system via resonance fluorescence is suggested. For the two-dimensional localization, the atom interacts with two orthogonal standing-wave fields, whereas for the three-dimensional atom localization, the atom interacts with three orthogonal standing-wave fields. The effect of the detuning and phase shifts associated with the corresponding standing-wave fields is investigated. A precision enhancement in position measurement of the single atom can be noticed via the control of the detuning and phase shifts.
Journal of Modern Optics•Dec 18, 2015•8 citations