The absorption, dispersion and transmission are controlled and modified with the intensities
of Laguerre–Gaussian control fields in a four level cesium atomic medium. The normal and …

A four-level Doppler broadened atom configuration is used to modify rotary photon drag in
the region of spectral hole burning. Collective phase of the control fields significantly …

The localization of di-atomic molecules is significantly modified and controlled in a four-
levels scheme using probe and standing wave control fields. The study investigates the …

Superluminal light propagation is typically accompanied by significant absorption that might
prevent its observation in realistic samples. We propose an all-optical implementation …

Complex conductivity-dependent birefringent undistorted pulses propagation and
development of time cloak are investigated. The left and right circularly polarized (LCP/RCP) …

Atom microscopy is controlled and modified by absorption spectrum of a weak probe field
using the superposition of two super-Gaussian beams. Circular and elliptical localization …

A high magneto-optical medium is used to modify atom localization by magnetic loss and
absorption spectrum with para and dia magnetization distribution. The localization is …

Abstract The Internet of Things (IoT) is transitioning towards Quantum Computing soon,
relying on electromagnetic waves for data transfer within circuits and between IoT devices …

A circular birefringent chiral atomic medium is used for the modification of left and right
circularly polarized (LCP/RCP) beams of light. Maximum group velocities of the LCP/RCP …

In the context of spectral hole-burning, normal dispersion with subluminal propagation is
usually observed in the spectral hole-burning depth region. However, anomalous dispersion …