… of the high repetition rate systems that we have developed is the fiber-integrated cascaded
… , and JD Harvey, “Self-similar propagation and amplification of parabolic pulses in optical …

… Let us consider a unidirectional ring fiber laser cavity (Fig. 1), where two passive fiber … The
evolution of the electric field slowly varying envelope A ( z , t ) propagating through the fiber …

… -repetition-rate ultrashort pulses in an all-fiber laser by exploiting an intracavity Mach-Zehnder
interferometer (MZI) as a comb filter. The repetition rate of … propagation within each fiber in …

… The effect of GVD variation over the fiber on the pulse propagation is induced in this analysis
through the effective gain dependent on the balance between nonlinearity and dispersion. …

… in the same fiber have been demonstrated.In this letter we present a pulse source with
selectable repetition rate based on the propagation of a 10 GHz pulse train in an optical fiber. By …

… a highly multimode fiber [16], the tailored propagation loss for higher order modes as
demonstrated in chirally coupled core (CCC) fibers [17], or the leakage channel fibers with a single …

… demonstrate tunable repetition-rate multiplication of a 9.7-GHz mode-locked fiberoptics source,
… The pulses are then propagated through a dispersion-compensating fiber (DCF) module, …

… -propagating light fields of the FP cavity with a cavity length of L can be treated as an
unidirectionally-propagating … components co-propagating in the gain fiber (ie, Yb-doped fiber in …

… A key element of the system is an 80 μ m core photonic crystal fiber with the ability of stable
fundamental mode propagation, possessing low nonlinearity and allowing for the extraction …

… Sub-ps pulses propagating in these fibers are spectrally broadened via self phase
modulation. The spectral location within the anomalous dispersion region leads to formation of …