While the combination of Kerr nonlinearity with dispersion in optical fibers can seriously impair high speed optical transmissions, it also provides an attractive solution to generate new temporal and spectral waveforms. We explain in this talk how to take advantage of the progressive temporal and spectral reshapings that occur upon propagation in a normally dispersive fiber. We base our discussion on several experimental results obtained at telecommunication wavelengths
The objective of this work is analyze the dispersion in linear and nonlinear regime and it study as...
International audienceWe provide an overview of our recent work on the shaping and stability of opti...
International audienceThe development of new all-optical technologies for data processing and signal...
International audienceWhile the combination of Kerr nonlinearity with dispersion in optical fibers c...
While the combination of Kerr nonlinearity with dispersion in optical fibers can seriously impair hi...
International audienceThe study of the combination of Kerr nonlinearity with dispersion in optical fi...
The combination of the third-order optical nonlinearity with chromatic dispersion in optical fibers ...
We propose a simple method for passive nonlinear optical pulse shaping that utilizes pulse prechirpi...
International audienceThe development of new all-optical technologies for data processing and signal...
International audienceWe study the evolution of a pulse propagating in a normally dispersive fiber i...
We propose a novel approach to characterize the parabolically-shaped pulses that can be generated fr...
Several promising applications demonstrate all the benefits expected from the interaction of dispers...
The development of new all-optical technologies for data processing and signal manipulation is a fie...
Pulse propagation in optical fibre communication systems is affected by the fibre nonlinearity even ...
A method is shown for preventing temporal broadening of ultrafast optical pulses in highly dispersiv...
The objective of this work is analyze the dispersion in linear and nonlinear regime and it study as...
International audienceWe provide an overview of our recent work on the shaping and stability of opti...
International audienceThe development of new all-optical technologies for data processing and signal...
International audienceWhile the combination of Kerr nonlinearity with dispersion in optical fibers c...
While the combination of Kerr nonlinearity with dispersion in optical fibers can seriously impair hi...
International audienceThe study of the combination of Kerr nonlinearity with dispersion in optical fi...
The combination of the third-order optical nonlinearity with chromatic dispersion in optical fibers ...
We propose a simple method for passive nonlinear optical pulse shaping that utilizes pulse prechirpi...
International audienceThe development of new all-optical technologies for data processing and signal...
International audienceWe study the evolution of a pulse propagating in a normally dispersive fiber i...
We propose a novel approach to characterize the parabolically-shaped pulses that can be generated fr...
Several promising applications demonstrate all the benefits expected from the interaction of dispers...
The development of new all-optical technologies for data processing and signal manipulation is a fie...
Pulse propagation in optical fibre communication systems is affected by the fibre nonlinearity even ...
A method is shown for preventing temporal broadening of ultrafast optical pulses in highly dispersiv...
The objective of this work is analyze the dispersion in linear and nonlinear regime and it study as...
International audienceWe provide an overview of our recent work on the shaping and stability of opti...
International audienceThe development of new all-optical technologies for data processing and signal...