… from YIG structures and superconducting qubits, both placed … on SDs interacting with magnon
polariton modes supported … ferent nanostructured environments, such as a ferromagnetic …

… spin-wave absorption indicating that the magnon spin wave can be effective modulated by
… basic types of superconducting qubits [ 27 ] are the charge, flux, and phase qubits. One of …

… The hybrid superconducting and ferromagnetic devices in this study were … superconducting
devices and the integration of PFIB-processed YIG onto those devices. Superconducting …

… using collective excitations of spin ensembles in ferrimagnetic systems, for example, in …
-magnon systems to hybrid systems by coupling the magnons to a superconducting qubit [12…

… (qubits) [8]. Superconductivity in a conventional … to magnon excitation in HM, and we show
that magnon excitation is indispensable for the Josephson coupling between superconductors …

… In recent years ferrimagnetic systems, especially the yttrium iron garnet (… magnon cavity
QED are, eg, the observation of bistability [12] and the coupling of a single superconducting qubit …

… to implement magnetic field resilient superconducting qubits. We have implemented a
transmon qubit [20] with an anharmonicity α = 2π × 4.48 MHz, which, although smaller than the …

… a ferromagnet and a qubit [12,13,32,38], and two ferromagnets [… magnon-basis Hamiltonian
for the insulator, and the Bogoliubov quasiparticle-basis Hamiltonian for the superconductor. …

… magnon-mediated nonreciprocal interactions and responses between distant skyrmion qubits
or between skyrmion qubits … ferromagnetic magnon and a superconducting qubit, Science …

… superconductor-based quantum computers, which operate at temperatures around 20 μK
[21], BEC-based qubits … ferromagnetic resonance frequency due to the confluence of bottom …