… to interfere with or reduce squeezing, we were led to consider the squeezing of solitons. We
report the … The squeezing was maximum for conditions near fundamental soliton pulses. For …

… We report the photon-number squeezing of optical solitons. 2.7 ps pulses were launched as
solitons down a 1.5 km optical fiber. For energies slightly above that of fundamental solitons, …

… Of particular interest to us here is the squeezing generated by the propagation of a laser
field along an optical fiber. Here squeezing is induced by four-wave mixing. Dispersionless …

… In this paper the idea of squeezing is extended to a multimode … of a soliton pulse in a
dispersive nonlinear Kerr medium leads to squeezing of the fluctuations in the vicinity of the soliton. …

… The soliton squeezing effect in optical fibers is a promising candidate for squeezed-pulse …
A quantum treatment of soliton propagation and soliton detection based on linearization and …

… states for both self-focusing and self-defocusing nonautonomous NLSE models, and we have
analyzed their possible applications for generation of the graded-index fiber optics solitons …

… We study squeezing of optical solitons … squeezing of ultrashort optical pulses as presented
in [23], since it is one of the most experimentally stable techniques to obtain Kerr squeezing. …

… In order to mathematically describe nonlinear-optical squeezing, we begin with equations
for the propagation of classical electromagnetic fields through a nonlinear medium. We then …

… As noise they are undesirable from an information or communication point of view and
one object to squeezing the soliton was to reduce this noise. According to Abram the …

… Among various solitons studied so far, optical solitons have attracted … optical information
processing and transmission [2]. Up to now, most of the methods for generating optical solitons …