The performance of superconducting resonators, particularly cavities for particle
accelerators and micro cavities and thin film resonators for quantum computations and …

We investigate the complex conductivity of superconductors under a direct-current (dc) bias
based on the well-established Keldysh-Eilenberger formalism of nonequilibrium …

The microwave frequency range is home to a large amount of cosmologically crucial signals
including the cosmic microwave background, emission from high redshift galaxies, and …

Ultra-thin superconducting aluminum films of 3-nm grown on sapphire by molecule-beam
epitaxy show excellent superconductivity and large kinetic inductance. This results in a …

Kinetic inductance travelling wave parametric amplifiers (KI-TWPAs) have been simulated
using Keysight's Advanced Design System. A lumped element representation of a …

The operating principle of traveling-wave parametric amplifiers is typically understood in
terms of the standard coupled mode theory, which describes the evolution of forward …

The kinetic inductance (KI) of superconducting devices can be exploited for reducing the
footprint of linear elements as well as for introducing nonlinearity to the circuit. We …

The Anderson-Higgs mode in a superconductor corresponds to a collective and coherent
oscillation of the order parameter amplitude. We propose to detect this mode in a tunnel …

We present the design and simulation methodology of a superconducting ridge-gap
waveguide (RGWG) as a potential basis for mm-wave kinetic inductance travelling wave …

The transport properties of a nanobridge superconducting quantum interference device
made of Al/Pt bilayer have been studied. Measurement and approximation of the voltage …