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 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 …

Intermodal dispersion (IMD) in a two-core fiber can distort or even breakup pulses
propagating in the fiber, and thus limit the usefulness of the fiber for applications that involve …

Modal dispersion (MD) in a multimode fiber may be considered as a generalized form of
polarization mode dispersion (PMD) in single mode fibers. Using this analogy, we extend …

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 …

We demonstrate a numerical technique that can evaluate the core-to-core variations in
propagation constant in multicore fiber. Using a Markov Chain Monte Carlo process, we …

Multi-core fibers (MCFs) have sparked a new paradigm in optical communications and open
new possibilities and applications in experimental physics and other fields of science, such …

We discuss pulse dispersion in optical fibres and outl ine the various mechanisms which
contribute towards i t. The magnitude of each dispersion mcxhanism in different types of …

We have proposed a refractive index profile such that the first four LP modes (LP 01, LP 11,
LP 02 and LP 21) propagate with the same group velocity through the optical fiber …

In this paper, we evaluate experimentally and model theoretically the intra-and inter-core
crosstalk between the polarized core modes in single-mode multi-core fiber media including …