We demonstrate a simple approach for adjustable multiplication of optical pulses in a fiber
using the temporal Talbot effect. Binary electrical patterns are used to control the …

The generation of optical pulses with repetition rates higher than tens of GHz is of great
interest to applications such as large-capacity optical communication systems. However, the …

We propose a processor based on the concatenation of two fractional temporal Talbot
dispersive lines with balanced dispersion to perform the DFT of a repetitive electrical …

We derive the upper limit of the peak intensity fluctuations for high repetition rate pulse trains
generated using the fractional temporal Talbot effect for pulse repetition rate multiplication …

The authors show a passive all-optical method for pulse-rate multiplication. It is based on the
fractional temporal Talbot effect along with nonlinear field-to-intensity conversion, using …

We propose and demonstrate a novel scheme to flexibly generate optical pulse trains with
programmable repetition rates using newly designed binary modulation coefficients. The …

We experimentally demonstrate a fiber-based reconfigurable system for programming the
envelope of high-speed optical pulse train by using fractional-rate multilevel amplitude …

We propose and experimentally demonstrate repetition-rate multiplication of picosecond
optical pulse trains by a fractional factor based on temporal self-imaging, involving temporal …

The temporal Talbot effect and soliton propagation in an optical fiber were exploited to yield
a series of pulse train sources with tunable repetition rate simply through variation of the …

Recently, a novel method for compression of periodic optical pulses based on a
superposition of replicated and time-delayed original pulse trains was proposed. In this …