Tracking fs light pulses in space and time through advanced photonic structures

L. Kuipers, H. Gersen, M. Balistreri, J. Korterik, N. V. van Hulst
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Abstract

The propagation of short light pulses through advanced photonic structures like photonic crystals is influenced by the interplay of various physical mechanisms, for instance by the strong material dispersion and the low group velocity. To study the complex interplay between different mechanisms as pulses propagate through a structure, local time-resolved measurements are crucial.
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利用先进的光子结构在空间和时间上跟踪光脉冲
短光脉冲在光子晶体等先进光子结构中的传播受到多种物理机制的相互作用,如强材料色散和低群速度等。为了研究脉冲在结构中传播时不同机制之间复杂的相互作用,局部时间分辨测量是至关重要的。
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