Landau-Zener transitions and population transfer in a three-level system driven by two delayed laser pulses
MV Danileiko, VI Romanenko, LP Yatsenko - Optics communications, 1994 - Elsevier
MV Danileiko, VI Romanenko, LP Yatsenko
Optics communications, 1994•ElsevierThe transfer efficiency in a three-level system in the field of counterintuitive pulses when the
frequency of the first pulse is close to the frequency of the transition between empty levels
has been derived for the Landau-Zener model. The obtained results are valid both in the
case of two-photon resonance and the case when two-photon resonance is not maintained.
frequency of the first pulse is close to the frequency of the transition between empty levels
has been derived for the Landau-Zener model. The obtained results are valid both in the
case of two-photon resonance and the case when two-photon resonance is not maintained.
Abstract
The transfer efficiency in a three-level system in the field of counterintuitive pulses when the frequency of the first pulse is close to the frequency of the transition between empty levels has been derived for the Landau-Zener model. The obtained results are valid both in the case of two-photon resonance and the case when two-photon resonance is not maintained.
Elsevier
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