Atomic frequency standards are used to generate accurate and precise time and frequency,
enabling many communications, synchronization, and navigation systems in modern life …

Chip-scale atomic devices combine elements of precision atomic spectroscopy, silicon
micromachining, and advanced diode laser technology to create compact, low-power, and …

This paper is a review that surveys work on the fabrication of miniature alkali vapor cells for
miniature and chip-scale atomic clocks. Technology on microelectromechanical systems …

We demonstrate and study a microcell microwave atomic clock based on optical-microwave
double resonance (DR) interrogation operated in a pulsed Ramsey scheme, called the μ …

A very high-resolution, microwave microstrip-based planar resonator sensor is analyzed and
presented for non-contact material sensing. The proposed sensor is an active feedback loop …

We propose strategies for the design of a tuning-free micro-loop-gap resonator (-LGR) that
provides high magnetic field homogeneity of the TE011-like mode over a broad bandwidth …

We report on the experimental measurement of the dc and microwave magnetic field
distributions inside a recently developed compact magnetron-type microwave cavity …

We investigate the architecture of microfabricated vapor cells with reflective sidewalls for
applications in chip scale atomic sensors. The optical configuration in operation is suitable …

Additive manufacturing (AM) of passive microwave components is of high interest for the
cost-effective and rapid prototy** or manufacture of devices with complex geometries …

We report our investigations on a compact high-performance rubidium (Rb) vapour-cell
clock based on microwave-optical double-resonance (DR). These studies are done in both …