… magnons and a superconducting artificial atom via exchange of virtual photons in dispersive
cavities. By probing into the induced magnon-atom interactions, we identify the two-magnon …

… that the dispersive coupling between the qubit and magnons … of dispersive-coupling-induced
absorption of magnons. … the microwave cavity mode, including the decay of the cavity …

… cavity can be used for quantum state transduction between distant spin emitters. To avoid
intrinsic magnon … In this dispersive-coupling regime, only a single magnon mode contributes to …

… dynamics spawns the cavity magnon polariton (CMP) [9–17]. The CMP dispersion manifests
as … Putting magnets on a similar basis to qubits and atoms in cavities, our work provides a …

… in the dispersive regime are … two atoms splits the levels into bonding (symmetric) and
antibonding (antisymmetric) orbitals. The magnetic spheres can be interpreted as magnonic atoms …

… It is worth mentioning that the EPR nonlocality has been used for verification of entanglement
in optical and atomic systems based on homodyne … with magnon dispersion relation …

… The microwave cavity photon-mediated coupling of a magnon … qubit enables measurements
in the single magnon limit. … Cavity quantum electrodynamics (cavity QED) studies atoms …

… This mode corresponds to a uniform, in-phase c-axis vibration of all of the planar oxygen
atoms in … In this case, the dispersion relation of the magnon is less trivial and we illustrate the …

… the magnetostatic magnons and cavity photons when the … the resonant structure can be an
atomic system, a superconducting … In the dispersive limit and assuming that the cavity mode is …

… system to other resonant components, including cavity photon, qubit, and atom, etc.,
through traveling photons may be a feasible solution. In fact, this kind of indirect interactions …