Add to ORKGThe phase variations associated with the intensity-dependent part of the refractive index assume different values for the different propagation modes of an optical fiber. As a consequence, intensity fluctuations of the exciting source are converted into relative phase fluctuations, which give rise to an amplitude-dependent modal noise
Recently, fibre optics has become the core of telecommunications and data networking infrastructures...
An analysis of modal noise in multimode optical fibers was performed. Both spatial and time varying ...
en be achieved via four-wave mixing in MS fiber with pulse ene (as oppose a highly possible c from a...
The phase variations associated with the intensity-dependent part of the refractive index assume dif...
International audienceSelf-phase modulation (SPM), one of those very fascinating effects discovered ...
A set of equations describing pulse propagation in multimode optical fibers in the presence of an in...
Self-phase modulation (SPM) has been extensively studied for several decades in optical fibers. This...
Pulse propagation through optical fibers is studied for two different phenomena, (i) the evolution o...
Soliton propagation in a multimode optical fiber in the presence of an intensity-dependent refractiv...
The influence of the relative values of mutual modal delay, source coherence time, and signal modula...
The dynamics that result from the combined effects of spatial diffraction, nonlinearity, and a parab...
The need for high data rates and bandwidth has resulted in communicating via optical fibers. A coupl...
We report on our experimental and theoretical results on the use of a sinusoidally time varying phas...
Modulation instability is one of mechanisms which results in pattern formation in nonlinear wave sys...
The intensity spectrum of modulated noisy light on optical microwave signal processing and on conve...
Recently, fibre optics has become the core of telecommunications and data networking infrastructures...
An analysis of modal noise in multimode optical fibers was performed. Both spatial and time varying ...
en be achieved via four-wave mixing in MS fiber with pulse ene (as oppose a highly possible c from a...
The phase variations associated with the intensity-dependent part of the refractive index assume dif...
International audienceSelf-phase modulation (SPM), one of those very fascinating effects discovered ...
A set of equations describing pulse propagation in multimode optical fibers in the presence of an in...
Self-phase modulation (SPM) has been extensively studied for several decades in optical fibers. This...
Pulse propagation through optical fibers is studied for two different phenomena, (i) the evolution o...
Soliton propagation in a multimode optical fiber in the presence of an intensity-dependent refractiv...
The influence of the relative values of mutual modal delay, source coherence time, and signal modula...
The dynamics that result from the combined effects of spatial diffraction, nonlinearity, and a parab...
The need for high data rates and bandwidth has resulted in communicating via optical fibers. A coupl...
We report on our experimental and theoretical results on the use of a sinusoidally time varying phas...
Modulation instability is one of mechanisms which results in pattern formation in nonlinear wave sys...
The intensity spectrum of modulated noisy light on optical microwave signal processing and on conve...
Recently, fibre optics has become the core of telecommunications and data networking infrastructures...
An analysis of modal noise in multimode optical fibers was performed. Both spatial and time varying ...
en be achieved via four-wave mixing in MS fiber with pulse ene (as oppose a highly possible c from a...