… superconducting qubits, optical and microwave photons, spin ensembles, and phonons. To
this end, coupling of magnons … In this system, magnons in magnetic materials with high spin …

… two subsystems, bulky ferromagnets with large spin numbers … using lithographically defined
superconducting resonators, we … In our experiment, a ferromagnetic metal with a relatively …

… magnon-mediated superconducting qubit–defect interface, several studies have demonstrated
strong coupling between microwave cavity photons and magnon … of ferrimagnetic yttrium …

… a superconducting qubit to magnons via a 3D cavity 17 has been demonstrated. However,
there has been little work done with planar superconducting … with ferromagnetic magnons in a …

… Similar to its ferromagnetic counterpart, the magnon-photon … magnons and superconducting
qubits via microwave cavity photons 15 and coherent information transfer between magnons …

… An empty ket and a double arrow denote a fully saturated ferromagnet and a spin-ℏ magnon,
respectively, which become the ground state and eigenexcitation in the isotropic case (right…

… spin qubit and magnons are greatly improved, while the coupling between the UBP and both
the spin qubit and magnons … cavities (eg, superconducting coplanar waveguide resonator) …

… Magnonic cavities could be used to perform spin qubit readout … In the case of magnons, we
base our calculations on three … Coupling the ferromagnetic disc to a superconducting circuit, …

… center 9,10 , and superconducting qubits 11 have been used to detect magnons in bulk
magnetic materials. … that magnons can be converted into electrical signals in a quantum Hall …

… a superconducting qubit and two ferromagnetic YIG spheres (Y3Fe5O12) within a rectangular
three-dimensional (3D) microwave cavity [34]. The transmon-type superconducting qubit …