An atomic multiple-beam interferometer comprised of numerous copropagating stimulated Raman transitions has been developed using laser-cooled and trapped sodium atoms. The interference fringes of the interferometer with multiple rf fields were calculated by a method based on atomic trajectory and were compared with the experimental results. An interference fringe with a finesse of 180 was demonstrated for 200 successive Raman pulses.
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Aoki et al. (2001) studied this question.
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