… considerably affect ultrashort-pulse propagation. For illustration, we consider a 40-fsec (FWHM)
solitonlike pulse propagation at a wavelength of 1.55 μm through a fiber with k 2 = 1.27 × …

… is to provide a theoretical framework for the study of pulse propagation in doped fiber amplifiers.
… in the case of optical fibers because of the guided nature of the optical field. The electric …

… The characterization of medium- to low-energy shaped pulses at 1.55 µm through … pulse
propagation through optical fibers. The phase dynamics detected furnishes insight on pulse evo…

… for description of propagation pulses in an optical fiber. We … describe the behavior of optical
solitons in a fiber, but there is … describe the propagation of pulses in an optical fiber. Let us …

… However, fiber- or waveguide-specific modeling of multimode pulse propagation by a GNLSE
… to describe the propagation of ultrashort pulses in multimode optical fibers or waveguides …

… dye laser pulses in a single-mode optical fiber 1121. A … the propagation of short pulses with
input wavelengths in the vicinity of the zero group velocity dispersion wavelength of the fiber. …

… fiber zero-dispersion wavelength 12 . We also present results studying pulse propagation in
erbium-doped fiber … effects of resonant dispersion on the pulse evolution. In conclusion, we …

… and the effects that it may suffer during its transmission through an optical waveguide have
… to study the propagation characteristics of that pulse in a nonlinear optical fiber. In analyzing …

… In this paper we are interested in the details of pulse propagation … fibers to clear up basic
processes … Pulse propagation in optical fibers is mainly governed by two parameters: the linear …

… The intrapulse Raman scattering becomes a dominant perturbation for ultrashort pulses
and is one of the most important limitations for ultrashort pulse propagation in optical fibers. …