With a notable exception of space–time variable swap, pulse evolution equations of ultrafast
optics are mathematically similar to the equations of quantum mechanics and beam …

We investigate the impact of Raman scattering on pure quartic solitons (PQSs) in an optical
fiber with quartic dispersion. An analytical expression of the Raman-induced frequency shift …

The fractional Schrödinger equation with a Kerr nonlinearity, is reformulated as a variational
problem to predict the evolutions of breathers. Here the breather is formed from a soliton …

We investigate the switching dynamics in a PT-symmetric fiber coupler composed of a
saturable nonlinear material as the core. In such a saturable nonlinear medium, bistable …

In strongly magnetized neutral plasmas, electron motion is reduced perpendicular to the
magnetic field direction. This changes dynamical plasma properties such as temperature …

In this paper we have investigated through the numerical solution of the basic equation as
well as through the dynamic model the influence of higher-order correction terms to the …

Reservoir engineering has become a prominent tool to control quantum systems. Recently,
there have been first experiments applying it to many-body systems, especially with a view …

This work deals with the engineering dissipative chirped solitary waves in the cardiac tissue
under electromagnetic induction. Employing the a two-dimensional Ginzburg-Landau (GL) …

Accurate calculations of gj factors of the ground state of the Cd+, Yb+, and Hg+ ions are
presented by employing the normal order unrelaxed Λ-approach relativistic coupled-cluster …

We theoretically investigate the dynamics and stability of a temporal cavity soliton (CS)
excited inside a silicon-based microresonator that exhibits free-carrier generation as a result …