Achieving high energy resolution in spin systems is important for fundamental physics
research and precision measurements, with alkali-noble-gas comagnetometers being …

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 …

Magnetic-shielding technologies play a crucial role in the field of ultra-sensitive physical
measurement, medical imaging, quantum sensing, etc. With the increasing demand for the …

The coupling between the coil and the cylindrical magnetic shield (CMS) in atomic sensors
not only results in the inconsistency of the coil constant with the theory but also deteriorates …

A stable magnetic environment that is devoid of interference from ambient magnetic fields is
crucial to precise measuring magnetic fields. In this study, a novel magnetic shield with a …

A novel in situ method has been demonstrated for calibrating parameters (coil constants and
nonorthogonal angles) of triaxial coils of a three-axis optically pumped magnetometer …

Compact atomic magnetometer has become an important approach for noise measurement
of magnetic shielding systems as well as biomagnetic measurement. In this study, we …

Recently, power banks for smartphones have begun to support wireless charging. Although
these wireless charging power banks appear to be immune to most reported vulnerabilities …

Optically pumped magnetometers (OPMs) operated in the spin-exchange relaxation-free
(SERF) regime have emerged as prevailing biomagnetism measurement devices. The buffer …

Many sensitive atomic devices require magnetic shield to reduce external magnetic field
interference. Mn–Zn ferrites are optimistic candidates for shielding because they provide a …