… , allowing for the generation of pulses with much higher peak powers and energies from
a fiber optic geometry. As a result significant advancements in the design of ultrafast …

… pulses through a single-mode optical fiber in the vicinity of the zero group velocity dispersion
wavelength is dominated by pulse … a strong narrowing of the input pulse has been found …

… The guided, single-mode propagation of ultrashort optical pulses is commonly described
by a well studied and understood generalized nonlinear Schrödinger equation. Here we …

… The object of this paper is to investigate in detail the propagation characteristics of short,
intense optical pulses at the ZDWL of the single-mode fiber. By examining the relative …

… for pulse propagation in single-mode fibers, we show plots of the pulse shape for several
conditions and discuss the achievable pulse width for practical single-mode fiber systems. …

… , single-mode fiber is used, whereas multimode fiber is used for … mode fibers, and multimode
fibers are types of optical fibers based on the refractive index, materials used, and mode …

… Stimulated Raman and Brillouin scatterings in single-mode fibers … optical fibers are observed
by using short optical pulses because the dispersive effects are enhanced for such pulses…

… using gradedindex multimode fibers (GIMFs) to build mode-field adapters and ultra-… pulse
propagation in SMFs [5]. Essentially, all the non-polarization-related phenomena in fiber optics …

… We report a factor of12 compression ofthe 5.4-ps, 1-k W pulses from a mode-locked dye …
the optical pulse compressor, we obtain a peak power of about 3 k W for the compressed pulses. …

… problems in fiber optic digital transmission systems by the proper choice of optical pulse
formats. Problems in … ’ Multimode fibers are mainly assumed in this paper, though monomode …