首页> 外文会议>ROMOPTO 2003: Seventh Conference on Optics >Light polarization dynamics in self-confined beams and solitons propagating in photorefractive media
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Light polarization dynamics in self-confined beams and solitons propagating in photorefractive media

机译:在光折射介质中传播的自限制光束和孤子中的光偏振动力学

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摘要

Soliton formation in photorefractive crystals with strong optical activity in analysed. We shall demonstrate that self-confinement of the laser beam is not enough to define such a beam "a soliton": in fact this state is completely define by both intensity and polarization soliton dynamics. We report here the characterization of the soliton state for CW and pulsed beams.
机译:分析了具有强光学活性的光折变晶体中的孤子形成。我们将证明,激光束的自束缚不足以定义这样的光束“孤子”:实际上,这种状态完全由强度和偏振孤子动力学共同定义。我们在这里报告连续波和脉冲束孤子状态的表征。

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