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 …

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

The currently employed algorithms for the magnetic field compensation of single-beam spin-
exchange relaxation-free atomic magnetometers are excessively slow and unstable, which …

A sandwich-like woodceramics matrix was prepared using bamboo veneer as an external
cladding layer, bamboo powder and fiber as a core layer, and thermosetting phenolic resin …

Two optically pumped atomic magnetometer geometries, with sub-fT/Hz sensitivity for radio
frequencies, are contrasted: one with a probe beam of high power and few passes through …

The optical rotation detection system (ORDS) based on photo-elastic modulator (PEM) has
achieved ultrahigh sensitivities, and further sensitivity improvement requires higher light …

It is difficult to determine which apples have moldy cores just by looking at the outside of the
apple. In the present study, we investigated identifying moldy cores using near-infrared …

Here we have demonstrated the advancement of radio-frequency (RF) quantum
gradiometers along multiple fronts, namely in magnetic field sensitivity and interference …