We present a theoretical analysis of the intensity correlations between the spectral
components of the resonance fluorescence triplet while allowing for detection time …

We investigate the fluorescence spectrum of a two-level atom driven by a multiple amplitude-
modulated field. The driving field is modeled as a polychromatic field composed of a strong …

We present an open-system master equation study of the coherent and incoherent
resonance fluorescence spectrum from a two-level quantum system under coherent pulsed …

We present a simple tool to calculate numerically all dynamic and spectral properties of an
arbitrarily driven radiatively damped two-level system. In particular, we present resonance …

Multi-peaked resonance fluorescence spectra with rectangular laser pulses Page 1 Volume 81,
number 5 OPTICS COMMUNICATIONS 1 March 1991 Multi-peaked resonance fluorescence …

The resonance fluorescence of a two-level atom interacting with a laser pulse is studied,
following the short-pulse approximation. The authors demonstrate that an explicit expression …

We measure phase-dependent fluorescence spectra for an elementary system: long-lived
coherently driven two-level atoms in an atomic beam. Phase-dependent fluorescence …

A review of the status of theoretical and experimental work on Laser-Induced Collisional
Energy Transfer (LICET) is presented. The process involves two dissimilar atoms, one of …

The excitation of the strontium-like system S 0—P 1 by the light pulse of duration
comparable or larger than relaxation times is considered. The influence of the different pulse …

Scattering of a laser pulse on a single atom perturbed by collisions with inert gas atoms is
described in terms of suitably defined cross-sections. The relations of the energy balance …