Squeezed light is of interest as an example of a non-classical state of the electromagnetic
field and because of its applications both in technology and in fundamental quantum …

One of the canonical questions in quantum optics is the nature of the radiative properties of
an atom when the normal vacuum fluctuations of the electromagnetic reservoir are replaced …

We analyze an efficient scheme to enhance the Goos-Hänchen (GH) shifts of the reflected
and transmitted beams in a cavity containing two-level atomic medium. A broadband …

The fluorescence field from one of the two allowed transitions in a three-level atom can
sense squeezed fluctuations of a vacuum field coupled to the other transition. We examine …

This study explores the Goos–Hänchen (GH) shift phenomenon within a cavity hosting a V-
type three-level atomic system, engaged with two independent broadband squeezed baths …

We study the dispersion and absorption spectra of a weak probe in a Λ-type three-level
atomic system with closely ground sublevels driven by a strong field and damped by a …

We show the effect of squeezed vacuum on laser-induced grating in a weak standing-wave-
driving two-level atomic system. Using the optical Bloch equation and the Floquet harmonic …

As a realistic system for observing the distinctive features of the interaction of squeezed light
with atoms, we consider a single, coherently driven, two-level atom in a resonant optical …

The resonance fluorescence of a two-level atom driven by a coherent laser field and
damped by a finite bandwidth squeezed vacuum is analysed. We extend the Yeoman and …

We examine the response of a coherently driven two-level atom interacting with a
broadband squeezed vacuum to a probe beam of arbitrary intensity. The equations of …