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 …

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

To miniaturize the double-resonance (DR) rubidium (Rb) vapor-cell atomic clocks, a new
type of micro-loop-gap microwave resonator (-LGR) is proposed for TE011-like mode where …

A novel high precision and lightweight reflector antenna is proposed. The fabrication
process of the reflector adopted Stereo Lithography Apparatus (SLA) printed and …

We present an additive-manufactured microwave cavity for a Ramsey-type, double
resonance, compact cold-atom clock. Atoms can be laser cooled inside the cavity using a …

We present an experimental characterization of the electrical properties of 3-D-printed
niobium. The study was performed by inserting a 3-D-printed Nb post inside an aluminum …

We report on ferromagnetic resonant mode hybridization in reentrant cavities made with a
commercial three-dimensional (3-D) printer, followed by conventional 3-D metallization with …

In this communication, we report on our recent investigations related to the development of a
compact high performance laser-pumped vapor cell Rubidium atomic clock. These studies …

We demonstrate operation of a Ramey-mode Rb vapor-cell atomic clock based on a
microwave cavity realized by additive manufacturing (3D-printing). The cavity design is …

Dual resonance Rubidium atomic clock requires a microwave resonator tuned to the
frequency of the hyperfine transition of the Rubidium 87 isotope. The vapor cell containing …