A fast-sealing cavity enables niobium resonators to reach internal Q factors exceeding one million by limiting oxide regrowth at the metal-air interface.
Investigation of coherence of niobium-based resonators enabled by a fast-sealing microwave cavity
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
verdicts
UNVERDICTED 2representative citing papers
Cryogenic growth at 6 K increases structural disorder in aluminum films, enhancing superconductivity with higher Tc and critical field, shifting optical color to yellow, and raising kinetic inductance while microwave loss remains TLS-dominated.
citing papers explorer
-
Investigation of coherence of niobium-based resonators enabled by a fast-sealing microwave cavity
A fast-sealing cavity enables niobium resonators to reach internal Q factors exceeding one million by limiting oxide regrowth at the metal-air interface.
-
Cryogenic growth of aluminum: structural morphology, optical properties, superconductivity and microwave dielectric loss
Cryogenic growth at 6 K increases structural disorder in aluminum films, enhancing superconductivity with higher Tc and critical field, shifting optical color to yellow, and raising kinetic inductance while microwave loss remains TLS-dominated.