… moments via a cavity, 18,19 coupling a ferromagnetic material to a superconducting qubit, …
the potential of ferromagnetic systems for magnon-microwave photon and magnon-optical …

… the quasi-ferromagnetic (qFM) and quasi-antiferromagnetic (qAFM) magnon modes modes
… proposed 35 and experimentally realized in superconducting circuits 36 , our condensed …

… of magnon states, through hybridizing the spin waves with other degrees of freedom, eg,
superconducting qubits … a hybrid magnon-cavity system consisting of two bulk ferromagnetic …

… strong magnon-microwave coupling using sub-mm spheres of YIG was realized [23–25] and
used to mediate the coupling between magnons and superconducting qubits [26]. Magnons …

… [28] between magnon and superconducting qubit have been established. Based … magnon,
in which the ferromagnetic YIG sphere is directly coupled to a superconducting transmon qubit …

… by magnon mode. … superconducting qubit has been proposed for generating different
types of macroscopic entangled states such as magnon–magnon, magnon–qubit, and qubit–qubit …

… a hybrid system made of superconducting qubit and a yttrium iron … between superconducting
(SC) flux qubits and magnon … and the standing spin waves [30] in ferrimagnetic YIG thin film…

… superconducting qubits and a single magnon has also been recently demonstrated [18, 24],
showing the potential for magnons … , 31], the excitation of magnons in hybrid systems can be …

… 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 …