A new design method is proposed for a triaxial magnetic field gradient compensation system
based on ferromagnetic boundary for atomic sensors. The target field method and the whale …

Real-world applications of atomic magnetometers require the ability to operate them with
high-sensitivity in the presence of magnetic noise. In the present work, high-sensitivity …

Optically pumped atoms have essential applications in magnetic sensing, physics research,
and inertial navigation. The polarization gradient caused by light absorption dramatically …

The chip-scale hybrid optical pum** spin-exchange relaxation-free (SERF) atomic
magnetometer with a single-beam arrangement has prominent applications in biomagnetic …

The misalignment error of the pum** laser in the atomic comagnetometer (ACM)
dramatically diminishes the efficiency of the optical pum** process (characterized by the …

The Rb polarization-induced magnetic field gradient affects the Xe nuclear spin relaxation
properties and degrades the long-term stability of the NMR co-magnetometers. This paper …

The existence of an approximately uniform and unsaturated electron spin polarization
distribution within a high-density alkali-metal vapor is considered of great importance for …

Efficient unsupervised optimisation of atomic magnetometers is a requirement in many
applications, where direct intervention of an operator is not feasible. The efficient extraction …