Temporal imaging with a high filling factor

Temporal imaging with a high filling factor

We demonstrate a temporal imaging system that can capture events with unknown time-of-arrival in the time domain without the need to synchronize the signal. The temporal imaging system is based on a time-lens that uses a high repetition-rate fiber laser for the pump wave together with a time-stretch...

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Veröffentlicht in:APL photonics 2020-09, Vol.5 (9), p.90801-090801-5
Hauptverfasser: Klein, Avi, Sibony, Inbar, Meir, Sara, Duadi, Hamootal, Sander, Michelle Y., Fridman, Moti
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container_issue 9
container_start_page 90801
container_title APL photonics
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creator Klein, Avi
Sibony, Inbar
Meir, Sara
Duadi, Hamootal
Sander, Michelle Y.
Fridman, Moti
description We demonstrate a temporal imaging system that can capture events with unknown time-of-arrival in the time domain without the need to synchronize the signal. The temporal imaging system is based on a time-lens that uses a high repetition-rate fiber laser for the pump wave together with a time-stretch scheme. After dispersion, the timing between adjacent pump pulses is smaller than the pulse width. Therefore, the signal interacts with one of the pump pulses with high probability, regardless of its arrival time. We discuss the intensity dependence and temporal aberrations of such an imaging system and demonstrate a direct temporal imaging of the buildup dynamics of solitons.
doi_str_mv 10.1063/5.0002850
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title Temporal imaging with a high filling factor
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