Small-area ultrashort pulse propagation through a three-level medium

Propagation of an ultrashort, small-area (circularly polarized) pulse through a gas medium of three-level atoms near one-photon resonance is studied. The expression for the propagating pulse shape is obtained within the rotating wave and dipole approximations. Results are compared, both analytically...

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Published in:Journal of contemporary physics 2013-09, Vol.48 (5), p.200-204
Main Author: Hovhannisyan, M. H.
Format: Article
Language:English
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Particle and Nuclear Physics
Physics
Physics and Astronomy
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description Propagation of an ultrashort, small-area (circularly polarized) pulse through a gas medium of three-level atoms near one-photon resonance is studied. The expression for the propagating pulse shape is obtained within the rotating wave and dipole approximations. Results are compared, both analytically and numerically, with those for two-level model. Sinusoidal and Gaussian shapes of input pulses are compared, and a high sensitivity of modulation of the light pulse for envelope to its input shape is revealed.
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subjects Particle and Nuclear Physics
Physics
Physics and Astronomy
title Small-area ultrashort pulse propagation through a three-level medium
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