Mode-locked lasers emitting a train of femtosecond pulses called dissipative solitons are an
enabling technology for metrology, high-resolution spectroscopy, fibre optic …

We investigate the simultaneous formation and propagation of coupled ultraslow optical
soliton pairs in a cold, lifetime-broadened three-state double-Λ atomic system. Starting from …

The inverse scattering transform is developed to solve the Maxwell-Bloch system of
equations that describes two-level systems with inhomogeneous broadening, in the case of …

We study the (characteristic) Cauchy problem for the Maxwell‐Bloch equations of light‐
matter interaction via asymptotics, under assumptions that prevent the generation of solitons …

In this paper we study the propagation of optical pulses in an optical medium with coherent
three-level atomic transitions. The interaction between the pulses and the medium is …

We formulate the inverse scattering transform for the scalar Maxwell-Bloch system of
equations describing the resonant interaction of light and active optical media in the case …

In the present work, we present a high-speed method to control, manipulate, and retrieve an
intense vector soliton stored in the ground-state coherences of a four-level atomic system …

We study an initial-boundary-value problem (IBVP) for a system of coupled Maxwell-Bloch
equations (CMBE) that model two colors or polarizations of light resonantly interacting with a …

In the framework of the nonlinear Λ model we investigate propagation of solitons in atomic
vapors and Bose-Einstein condensates. We show how the complicated nonlinear interplay …

One-dimensional pulse propagations in the electromagnetically induced media are
investigated. The Maxwell-Bloch equations for a three-level medium are simplified with the …