A sinc-sampled fiber Bragg grating is used to achieve multiplication of the repetition rate of a
pulse stream from 10 to 40 GHz. The spectral characteristics of the grating ensure that the …

We report subpicosecond-pulse generation at 1.319 μm in a single-mode optical fiber by
modulational instability induced through cross-phase modulation by 1.06-μm pulses …

The temporal Talbot effect comprises a set of self-imaging phenomena in which a pulse train
undergoes various coherence revivals after propagation through a dispersive medium …

We illustrate observation and characterization of medium-and low-intensity shaped
ultrashort pulses at?= 1.55 µm through single-shot geometry (multishot-average) second …

tract: We demonstrate high quality pulse compression at high repetition rates by use of
spectral broadening of short parabolic-like pulses in a normally-dispersive highly nonlinear …

A stable optical beat-signal with frequency>; 160 GHz is produced by injection-locking two
narrow-linewidth semiconductor lasers emitting at frequencies spaced by the beat-frequency …

We experimentally demonstrate repetitive M-ary spectral phase pulse shaping by placing a
programmable pulse shaper driven by a 10-GHz source in a closed loop. This permits …

We achieved the first 10-GHz subpicosecond pulses in the 1000-nm band by employing the
higher order soliton effect in a 190-m photonic crystal fiber (PCF). We obtained 0.5-ps pulses …

We report on the generation of four spatially multiplexed picosecond 40 GHz pulse trains in
a km long 6 LP multimode optical fiber. The principle of operation is based on the parallel …

For the application of high repetition rate wavelength division multiplexed (WDM) pulse train
generation from a femtosecond modelocked fiber laser, the direct space-to-time pulse …