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Controlling the propagation of broadband light pulses by Electromagnetically Induced Transparency

Emilio Ignesti, Roberto Buffa, Lorenzo Fini +3 more

Optics CommunicationsNov 29, 20116 citations

Propagation of ultrashort light pulses in a resonant absorbing medium

В. А. Васильев, Mark Kelbert, IGOR A. SAZONOV +1 more

OptSpApr 1, 19883 citations

Suppression of light amplitude noise by two-photon absorption in an external cavity

В. Н. Горбачев, A. S. Troshin, Andrew I. Trubilko

Optics and SpectroscopyMar 1, 19920 citations

Temporal self-modifying characteristics of pulse propagation in multiphoton absorbers

Kun Cheng Kun Cheng, Sujuan Zhang Sujuan Zhang, Wei Li +3 more

In this Letter, temporal self-modifying behavior of amplitude modulation pulse propagation characteristics in multiphoton absorbers is presented by solving the underlying theoretical model coupling the propagation equation with the rate equations. The characteristics of the output temporal shapes are of primary concern and are discussed in detail. Amplitude modulation suppressing effects of multiphoton absorbers are numerically demonstrated; they have not been reported previously, to our knowledge. By taking a time resolved absorption coefficients, the corresponding physical mechanism is explicitly interpreted.In this Letter, temporal self-modifying behavior of amplitude modulation pulse propagation characteristics in multiphoton absorbers is presented by solving the underlying theoretical model coupling the propagation equation with the rate equations. The characteristics of the output temporal shapes are of primary concern and are discussed in detail. Amplitude modulation suppressing effects of multiphoton absorbers are numerically demonstrated; they have not been reported previously, to our knowledge. By taking a time resolved absorption coefficients, the corresponding physical mechanism is explicitly interpreted.

Chinese Optics LettersJan 1, 20150 citations

Intensity noise reduction in light by photon control

A. Heidmann, Jerome C. Mertz, Claude Fabre +2 more

Quantum Electronics and Laser Science ConferenceMay 10, 19920 citations

Doppler-free multiphotonic spectroscopy

G. Grynberg, Bernard Cagnac

The review describes atomic transitions where two or more photons are simultaneously absorbed by an atom or a molecule (without any intermediate resonant level). The authors show theoretically and experimentally the possibilities of these transitions for numerous high-resolution spectroscopic studies. The Doppler broadening is suppressed in two-photon transitions if the atoms are irradiated by two laser waves travelling in opposite directions, because the Doppler shift in one wave cancels that in the other. A generalization is made for multiphotonic transitions. A typical experimental set-up with a CW dye laser is described in detail, but the possibilities of other light sources are also discussed.The review describes atomic transitions where two or more photons are simultaneously absorbed by an atom or a molecule (without any intermediate resonant level). The authors show theoretically and experimentally the possibilities of these transitions for numerous high-resolution spectroscopic studies. The Doppler broadening is suppressed in two-photon transitions if the atoms are irradiated by two laser waves travelling in opposite directions, because the Doppler shift in one wave cancels that in the other. A generalization is made for multiphotonic transitions. A typical experimental set-up with a CW dye laser is described in detail, but the possibilities of other light sources are also discussed.

Reports on Progress in PhysicsJul 1, 1977201 citations

Broadband noise suppression in light propagating through a multiphoton absorber

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