2010
DOI: 10.1117/12.882129
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Magneto-optical CPT resonances in rubidium excited by femtosecond laser comb

Abstract: We investigate the coherent population trapping (CPT) resonances excited in rubidium atoms by the femtosecond optical comb in magnetic field. The light shift of resonances was observed and studied.

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Cited by 4 publications
(2 citation statements)
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References 14 publications
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“…Одним з яскравих ефектів, зумовлених когерентністю квантових станів атомів є когерентне полонення населеності [ наведеному на малюнку, відповідає значенню ω 1 = 75,69 МГц [4].…”
Section: темні резонанси при збудженні атомів рубідію фемтосекундним unclassified
“…Одним з яскравих ефектів, зумовлених когерентністю квантових станів атомів є когерентне полонення населеності [ наведеному на малюнку, відповідає значенню ω 1 = 75,69 МГц [4].…”
Section: темні резонанси при збудженні атомів рубідію фемтосекундним unclassified
“…Analytical results have been also reported for the atom at rest [2], [4], [5], [40], [41], [42] or in the case of buffer-gas-filled vapor cells [44], [45], even taking into account the full atomic-level structure [46]. The study of the dark resonance parameters under the CPT regime (I 1 ∼ I 2 ) in vacuum vapor cells has been investigated in various articles [47], [48]. Despite this well-furnished literature, we have noted that any analytical expressions for the dark resonance parameters (amplitude, linewidth) valid beyond the pump-probe and low saturation limits have been derived and presented yet.…”
Section: Introductionmentioning
confidence: 99%