We show that the spectra of Airy pulses reshape into one or two self-shifting peaks for normal or anomalous dispersion during nonlinear evolution, respectively. Those peaks effectively map the longitudinal coordinate into the frequency domain. © OSA 2013.
Spectrum to distance mapping via nonlinear airy pulses
CLERICI, MATTEO
2013-01-01
Abstract
We show that the spectra of Airy pulses reshape into one or two self-shifting peaks for normal or anomalous dispersion during nonlinear evolution, respectively. Those peaks effectively map the longitudinal coordinate into the frequency domain. © OSA 2013.
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