This survey paper compiles and benchmarks the performance of integrated magnetic
sensors, in terms of their noise and full-scale magnetic field. In total, we collected …

We experimentally demonstrate a miniature highly sensitive wide-range resonant magnetic
Lorentz-force micro-sensor. The concept is demonstrated based on the detection of the …

For optically pumped atomic magnetometers, the attenuation of the pumping light through
the alkali-metal vapor due to light absorption is related to the number density of alkali-metal …

The Casimir force, a quantum mechanical effect, has been observed in several
microelectromechanical system (MEMS) platforms. Due to its extreme sensitivity to the …

Gradiometry is a multidisciplinary area that combines theoretical and applied physics, ultra-
low noise electronics, precision engineering, and advanced signal processing. Applications …

Magnetic-based biosensors are the analytical instruments that convert the biological
recognition into the electrical signal through the generating of the stray-field of the magnetic …

We report a specially designed magnetic field gradiometer based on a single elliptical
planar Hall effect (PHE) sensor, which allows measuring magnetic field at nine different …

Mechanical control is essential for adaptive regulation in biological systems. This work
presents a magnetic, non-contact approach to simultaneous detection and actuation in a …

The fabrication and integration of sub-millimeter magnetic materials into predefined circuits
is of major importance for the realization of portable devices designed for …

As a crucial component, the vapor cell serves as the fundamental sensing element in
various atomic sensors, and electric heating is typically required to enhance the density of …