Optical solitons and their shaping in a monomode optical fiber with some inhomogeneous dispersion profiles

Optical soliton through induced cesium doppler broadening medium

“…Inspired from the above mentioned studies, we propose the problem of temporal soliton generation in a four-level Cesium atomic medium. Similar studies have been carried out in a Kerr medium to investigate spatiotemporal optical solitons [28,29]. Here, we investigate temporal solitons in atomic nonlinear media.…”

“…During the past decade, the dynamics of solitons by using nonlinear wave equations attracted more attention due to its wide range of applactions [26][27][28][29]. Sobirov et al used the metric graphs and studied Schrödinger nonlinear equation and they derived the integrability condition for nonlinear coefficients in the form of a sum rule and later on such study is used for the equation of Ablowitz-Laddik [26,27].…”

“…Sobirov et al used the metric graphs and studied Schrödinger nonlinear equation and they derived the integrability condition for nonlinear coefficients in the form of a sum rule and later on such study is used for the equation of Ablowitz-Laddik [26,27]. Similarly, Prathap et al studied optical solitons and their shaping in a monomode optical fiber with some inhomogeneous dispersion profiles [28]. Likewise, Gawad and his coworker also investigate optical solitons and stability analysis with coupled nonlinear schrödinger equation having double external potentials [29].…”