A scheme for separating optical precursors from a square-modulated laser pulse through an
asymmetric double Al x Ga 1-x As/GaAs quantum-well structure via resonant tunneling is …

We report theoretical and experimental studies of the propagation of a square-modulated
laser pulse through a laser-cooled atomic ensemble of two-level absorbers, as well as …

We theoretically study classical step-modulated pulse propagation in an optically thick
medium with electromagnetically induced transparency (EIT) using a fast Fourier transform …

The Sommerfeld and Brillouin forerunners generated in a single-resonance absorbing
medium by an incident step-modulated pulse are theoretically considered in the double limit …

We theoretically study the stacked optical transients generated from a series of square
pulses passing through a cold atomic ensemble. Using the hybrid analysis and fast Fourier …

We study, numerically, the transitional behavior of precursors in the intermediate spectral
regime between two contrasting regimes for which analytical solutions exist. The two …

We investigated the development of weak coherent 0 π optical pulses in a ring resonator
with a dynamic recurrent loop. Using this recurrent system, we measured transmitted pulse …

By solving the two-level Maxwell-Bloch equations for resonant pulses numerically, we
observe precursors in a regime where the area theorem is fulfilled. The precursors are 0 π …

When a broadband pulse penetrates into a dissipative and dispersive medium, phase
dispersion and frequency-dependent attenuation alter the pulse in a way that results in the …

We investigate optical precursors transmitted through a double-Lorentz dielectric consisting
of two adjacent narrow resonances. Compared to the patterns in a single-Lorentz dielectric …