Rydberg atom-based electrometry enables traceable electric field measurements with high
sensitivity over a large frequency range, from gigahertz to terahertz. Such measurements are …

We report on the implementation and metrological characterization of a vapour-cell Rb
frequency standard working in a pulsed regime. The three main parts of the clock, physics …

We demonstrate a vapor-cell atomic-clock prototype based on a continuous-wave
interrogation and double-modulation coherent population trap** (DM-CPT) technique …

We report on the mid-term stability progress of a table-top coherent population trap**
(CPT) microcell atomic clock, previously limited by light-shift effects and variations of the …

Vapor-cell atomic clocks are widely appreciated for their excellent short-term fractional
frequency stability and their compactness. However, they are known to suffer on medium …

Light shifts are known to be an important limitation to the mid-and long-term fractional
frequency stability of different types of atomic clocks. In this article, we demonstrate the …

The mid-term fractional frequency stability of miniaturized atomic clocks can be limited by
light-shift effects. In this Letter, we demonstrate the implementation of a symmetric auto …

We report on a theoretical study and experimental characterization of coherent-population-
trap** (CPT) resonances in buffer-gas-filled vapor cells with push-pull optical pum** …

We investigate the application of Ramsey spectroscopy for the development of a microcell
atomic clock based on coherent population trap** (CPT). The dependence of the central …

We report on studies on the light-shift in caesium miniature atomic clocks based on coherent
population trap** (CPT) using a micro-fabricated buffer-gas cell (MEMS cell). The CPT …