摘要

We investigate the Airy-Talbot effect of an Airy pulse train in time-dependent linear potentials. The parabolic trajectory of self-imaging depends on both the dispersion sign and the linear potential gradient. By imposing linear phase modulations on the pulse train, the Airy-Talbot effects accompanied with positive and negative refractions are realized. For an input composed of stationary Airy pulses, the self-imaging follows straight lines and the Airy-Talbot distance can be engineered by varying the linear potential gradient. The effect is also achieved in symmetric linear potentials. The study provides opportunities to control the self-imaging of aperiodic optical field in time dimension.

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引用该论文

Han Tianwen,Chen Hao,Li Wenwan,Wang Bing,Lu Peixiang. Temporal Airy-Talbot effect in linear optical potentials[J].Chinese Optics Letters,2021,19(8):08.