The energy resolution of a single photon counting microwave kinetic inductance detector
can be degraded by noise coming from the primary low temperature amplifier in the …

We address the scaling-up problem for superconducting quantum circuits by using lumped-
element resonators based on an alternative fabrication method of aluminum-aluminum …

We present a lab-on-chip experiment to accurately measure losses of superconducting
microstrip lines at microwave and submillimeter wavelengths. The microstrips are fabricated …

We demonstrate the single photon counting mode at 405 and 850 nm with stoichiometric TiN-
based microwave kinetic inductance detectors realized on a sapphire substrate and …

Low-loss deposited dielectrics will benefit superconducting devices such as integrated
superconducting spectrometers, superconducting qubits, and kinetic inductance parametric …

Following optical pulses (⁠ λ= 405 nm⁠) on titanium nitride microwave kinetic inductance
detectors cooled down at temperatures T≤ T c/20 (⁠ T c≃ 4.6 K⁠), we observe a large …

To improve the optical coupling in microwave kinetic inductance detectors (MKIDs), we
investigate the use of a reflective plate beneath the meandered absorber. We designed …

Parallel-plate capacitors (PPC) significantly reduce the size of superconducting microwave
resonators, reducing the pixel pitch for arrays of single-photon energy-resolving kinetic …

We report on the implementation of a vacuum parallel-plate capacitor manufactured using a
straightforward process that allows to accurately set nanoscale vacuum gaps in order to …

There is ample evidence of dark matter (DM), a phenomenon responsible for≈ 85% of the
matter content of the Universe that cannot be explained by the Standard Model (SM). One of …