Principal modes are temporal eigenmodes, a unique basis which to first-order, can propagate through a multimode fiber without mode dispersion. Theoretically proposed decades ago, but only observed recently
Abstract—Power-coupling models are inherently unable to describe certain mode coupling effects in mu...
With growing interest in the spatial dimension of light, multimode fibers, which support eigenmodes ...
Dispersion equalisation of the modes of cylindrically symmetric few-mode optical fibres is investiga...
Principal modes are a unique basis which is free of first-order spatial mode dispersion. Although th...
Optical waveguide theory is an established part of optical physics. Yet only recently have fundament...
Generally, light becomes scattered in space and time as it is coupled among multiple spatial paths d...
We introduce special states for light in multimode waveguides featuring strongly enhanced or reduced...
We investigate the effect of fiber imperfections on the properties of principal modes and find that ...
We analyze the transmission of a Single mode - Multimode - Multimode (SMm) fiber structure with the ...
The larger core diameter of multimode fibers (MMFs) allows several propagating modes, but differenti...
Abstract—Previously, we proposed a field-coupling model for propagation in graded-index multimode fi...
The capacity of optical fiber communications has grown exponentially since its implementation decade...
It has been recently demonstrated that multimode solitons are unstable objects which evolve, in the ...
The dynamics of the state of polarization in single mode and multimode fiber amplifiers are presente...
In linear optics, the concept of a mode or eigenmode is well established. Often these modes correspo...
Abstract—Power-coupling models are inherently unable to describe certain mode coupling effects in mu...
With growing interest in the spatial dimension of light, multimode fibers, which support eigenmodes ...
Dispersion equalisation of the modes of cylindrically symmetric few-mode optical fibres is investiga...
Principal modes are a unique basis which is free of first-order spatial mode dispersion. Although th...
Optical waveguide theory is an established part of optical physics. Yet only recently have fundament...
Generally, light becomes scattered in space and time as it is coupled among multiple spatial paths d...
We introduce special states for light in multimode waveguides featuring strongly enhanced or reduced...
We investigate the effect of fiber imperfections on the properties of principal modes and find that ...
We analyze the transmission of a Single mode - Multimode - Multimode (SMm) fiber structure with the ...
The larger core diameter of multimode fibers (MMFs) allows several propagating modes, but differenti...
Abstract—Previously, we proposed a field-coupling model for propagation in graded-index multimode fi...
The capacity of optical fiber communications has grown exponentially since its implementation decade...
It has been recently demonstrated that multimode solitons are unstable objects which evolve, in the ...
The dynamics of the state of polarization in single mode and multimode fiber amplifiers are presente...
In linear optics, the concept of a mode or eigenmode is well established. Often these modes correspo...
Abstract—Power-coupling models are inherently unable to describe certain mode coupling effects in mu...
With growing interest in the spatial dimension of light, multimode fibers, which support eigenmodes ...
Dispersion equalisation of the modes of cylindrically symmetric few-mode optical fibres is investiga...
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