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Moving picture recording and reconstruction of visible ultrashort light pulse propagation in diffusive medium

机译:扩散介质中可见超微脉冲传播的运动图像记录和重构

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Observation of the ultrashort light pulses is valuable in not only ultrafast sciences, but also industrial applications such as photonic networks, laser processing, nano surgery. Light-in-flight holography [1-3] is one of the techniques for observing propagation of ultrashort light pulse. We demonstrated the moving pictures of not only 2-D image but also 3-D image of femtosecond light pulse propagation [4-6]. We had used infrared femtosecond light pulse in the previous study because femtosecond pulsed lasers generate infrared pulse in general. On the other hand, holographic plates sensitive to infrared are not easily obtainable. This is because most of holographic plates are developed for visible or shorter-wavelength applications such as display, optical memories. Therefore it is useful to develop a technique to record moving picture of visible femtosecond light pulse to extend the application fields of the light-in-flight holography. However, light propagation of 3-D image of the visible femtosecond laser pulse has not observed yet. In this paper, we report moving pictures of 3-D image of visible ultrashort light pulse propagation for the first time.
机译:观察超薄脉冲不仅有价值,而且是超快科学,而且是光子网络,激光加工,纳米手术等工业应用。亮相全息术[1-3]是用于观察超短光脉冲传播的技术之一。我们展示了不仅2-D图像的运动图片,而且展示了Femtosecond光脉冲传播的3-D图像[4-6]。我们在前一项研究中使用了红外飞秒光脉冲,因为飞秒脉冲激光器通常产生红外脉冲。另一方面,对红外线敏感的全息平板不易获得。这是因为大多数全息板是用于可见或较短波长的应用,例如显示,光学存储器。因此,开发一种技术来记录可见飞秒光脉冲的运动图像以扩展光飞行全息术的应用领域。但是,尚未观察到可见的飞秒激光脉冲的3-D图像的光传播。在本文中,我们首次报告了可见光灯脉冲传播的3-D图像的运动图片。

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