In this article, we study the theoretical behaviour of all the possible hyperfine transitions (π,
σ+ and σ−) between the 5S and 6P states of 87 Rb and 85 Rb atomic vapors under the …

We first report a single-light-source orthogonally pumped triaxial atomic magnetometer with
a double-cell structure. By using a beam splitter to equally allocate the pump beam, the …

Introduction This review is specifically aimed at providing deeper understanding of the
ground state Hanle effect through novel methods of atomic vapor interaction with resonant …

We demonstrate a technique for continuous tuning of the Hanle effect from
electromagnetically induced transparency (EIT) to electromagnetically induced absorption …

Level-crossing (LC) resonances in alkali-metal vapors are widely used for atomic
magnetometry. One of the most simple and robust techniques involves a single circularly …

In this study, we demonstrate a non-modulated triaxial magnetic field compensation method
for spin-exchange relaxation-free (SERF) atomic magnetometers. We realize simultaneous …

We present an all-optical method to measure and compensate for residual magnetic fields
present in a cloud of ultracold atoms trapped in an optical dipole trap. Our approach …

We present experimental and theoretical investigations of the dependence of double Hanle
resonance spectrum on the light polarization angle and the direction of the applied …

We review three laser spectroscopy schemes developed recently for observation of high-
contrast enhanced-absorption nonlinear resonances in small alkali-vapor cells. In our …

The initial orientation error of a coil vector magnetometer directly determines the
measurement accuracy of the magnetic field direction. The traditional initial orientation …