Add to ORKGNonlinear pulse propagation in a few mode fiber is experimentally investigated, by measuring temporal and phase responses of the output pulses by use of a frequency discriminator technique, showing that self-phase modulation, dispersion and linear mode-coupling are the dominant effects
Abstract—In this paper, analytical relation for pulse width evolution and broadening in fiber system...
Time-frequency analysis, and, in particular, Wigner analysis, is applied to the study of picosecond ...
The combined effects of positive group-velocity dispersion, self-phase modulation, and stimulated Ra...
Nonlinear pulse propagation in a few mode fiber is experimentally investigated, by measuring tempora...
The technique of frequency-resolved optical gating is used to characterize the intensity and the pha...
We analyze nonlinear effects associated with the spatiotemporal propagation of few-cycle optical pul...
We demonstrate phase sensitive and insensitive amplification and nonlinear mode conversion in few mo...
We review the measurements of inter-modal nonlinear effects performed on a 4.7-km few-mode fiber whe...
The majority of nonlinear optical effects arise in an optical fiber (OF) owing to nonlinear refracti...
Abstract—Wave-propagation equations, including effectively the second derivative in time under the c...
In recent years the implementation of Erbium-doped fiber amplifiers allowed to extend high-bit rate ...
Due to ever increasing channel density in WDM systems the nonlinear optical effects in fibers become...
The propagation of an optical signal through a fiber in high speed fiber optic transmission systems ...
We show for the first time directly experimentally observed nonlinear spatial mode coupling in a 10 ...
The project objective is to see how a pulse propagates along an optical fiber. This will take into a...
Abstract—In this paper, analytical relation for pulse width evolution and broadening in fiber system...
Time-frequency analysis, and, in particular, Wigner analysis, is applied to the study of picosecond ...
The combined effects of positive group-velocity dispersion, self-phase modulation, and stimulated Ra...
Nonlinear pulse propagation in a few mode fiber is experimentally investigated, by measuring tempora...
The technique of frequency-resolved optical gating is used to characterize the intensity and the pha...
We analyze nonlinear effects associated with the spatiotemporal propagation of few-cycle optical pul...
We demonstrate phase sensitive and insensitive amplification and nonlinear mode conversion in few mo...
We review the measurements of inter-modal nonlinear effects performed on a 4.7-km few-mode fiber whe...
The majority of nonlinear optical effects arise in an optical fiber (OF) owing to nonlinear refracti...
Abstract—Wave-propagation equations, including effectively the second derivative in time under the c...
In recent years the implementation of Erbium-doped fiber amplifiers allowed to extend high-bit rate ...
Due to ever increasing channel density in WDM systems the nonlinear optical effects in fibers become...
The propagation of an optical signal through a fiber in high speed fiber optic transmission systems ...
We show for the first time directly experimentally observed nonlinear spatial mode coupling in a 10 ...
The project objective is to see how a pulse propagates along an optical fiber. This will take into a...
Abstract—In this paper, analytical relation for pulse width evolution and broadening in fiber system...
Time-frequency analysis, and, in particular, Wigner analysis, is applied to the study of picosecond ...
The combined effects of positive group-velocity dispersion, self-phase modulation, and stimulated Ra...
