Abstract
We report an experimental demonstration of atom-pattern engineering via Rabi oscillations. We make use of interferometric Raman beams to drive a microwave transition for laser-cooled atoms confined within an optical dipole trap. Up to nine fringes are patterned within a half wavelength of the Raman standing wave. We also demonstrate spatial atom localization by using two Raman pulses together with optical depletion. Our work may be useful in atom-pattern engineering for quantum information and simulation applications.
- Received 3 February 2015
DOI:https://doi.org/10.1103/PhysRevA.93.033837
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