The recent prediction that intermodal dispersion could affect the propagation of short pulses
in a two-core optical fibre was confirmed experimentally. A picosecond pulse at 1.548 μm …

It is known that the intermodal dispersion in a two-core fiber can affect seriously the
propagation dynamics of short pulses and even cause pulse breakup. In this paper, we …

The switching characteristics of a two-core optical fiber can be described by the beating of
the even and odd modes of the composite two-core structure. It is shown that the group …

We perform 3D cross-correlation measurements of the optical field distribution resulting from
an ultrashort pulse propagating in 6 meters of multimode fiber. Spatial amplitude and phase …

34 intermodal dispersion, limits the bandwidth, or rate at which individual pulses can be
injected into the transmission medium and still be individually detected without overlapping …

It is known that a decoupled two-core fiber can prevent monochromatic light at a specific
wavelength (the decoupling wavelength) launched into one core from coupling to the other …

The propagation of optical pulses is considered at the zero-dispersion wavelength of
nonlinear dispersive fibers. Even in the absence of group-velocity (first-order) dispersion …

A general theory is presented to describe the effects of dispersion fluctuations on optical
pulses propagating inside single-mode fibers modeled as a linear dispersive medium. It is …

A first-order solution to the transport equation for the total power propagating in each
degenerate mode group of a multimode fiber is used to describe pulse propagation in …

Broadening of short optical pulses propagated along 10.4-and 6-km-long single-mode fibers
was measured at a wavelength of 1.293 μm. The fiber core was made of germanium-doped …