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Dependence of Modulation Transfer Spectroscopy on Polarization and Magnetic Field for the Fg=2→Fe=1, D2 Closed Transition Line of 85Rb

Jaeuk Baek, nbsp Jeongyoun Jeong, nbsp Sanghyun Park +2 more

New Physics Sae MulliJul 31, 20230 citations

Nonlinear coherent spectroscopy in a degenerate two-level atomic ensemble for a transition Fg=0↔Fe=1

Lirong Wang, Jie Ma, Jianming Zhao +2 more

OptikSep 21, 20061 citation

Coherent states with elliptical polarization

E. Colavita, Shahen Hacyan

arXiv:quant-ph/0407068Physics Letters AFeb 3, 20055 citations

Exact steady-state density matrix for atoms in monochromatic elliptically polarized light

Gerard Nienhuis, А. В. Тайченачев, Anatolii M Tumaikin +1 more

The exact steady-state solution of the optical Bloch equations for the density matrix of atoms interacting with a monochromatic field is found in a compact analytical form for closed Fg equals F yields Fe equals F + 1 transitions. The obtained solution is valid for arbitrary light ellipticity and intensity. Some applications of this new result are outlined.

Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIEMar 15, 19990 citations

Polarization effects in the nonlinear ionization spectroscopy of atoms

G. A. Delone, B. A. Zon, K. B. Petrosian

MoIzNJan 1, 19800 citations

EIT/EIA Resonances Driven by the Light Field of Elliptically Polarized Waves

Д. В. Коваленко, M. Yu. Basalaev, Valeriy I. Yudin +1 more

Outside of the perturbation theory for bichromatic field of two co-propagating elliptically polarized waves, the type of the subnatural (electromagnetically induced transparency (EIT) or absorption (EIA)) resonance is theoretically found to determined only by the angular momenta of the ground (Fg) and the excited (Fe) states of atomic gas. Herewith, the spontaneous transfer of anisotropy from the excited state to the ground one leads to the formation of the EIA resonance at the transition Fg= F → Fe= F + 1.Outside of the perturbation theory for bichromatic field of two co-propagating elliptically polarized waves, the type of the subnatural (electromagnetically induced transparency (EIT) or absorption (EIA)) resonance is theoretically found to determined only by the angular momenta of the ground (Fg) and the excited (Fe) states of atomic gas. Herewith, the spontaneous transfer of anisotropy from the excited state to the ground one leads to the formation of the EIA resonance at the transition Fg= F → Fe= F + 1.

Joint Conference of the European Frequency and Time Forum and IEEE International Frequency Control Symposium (EFTF/IFCS)Jul 7, 20210 citations

Analytical Solutions for Elliptical Polarization of Probe Beam in Polarization Spectroscopy for the Fg=0→Fe=1 Transition

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Analytical Solutions for Elliptical Polarization of Probe Beam in Polarization Spectroscopy for the Fg=0→Fe=1 Transition

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