… in metamaterials [19] to coupled atom-photon systems [20], and … , damping, and ω-H dispersion,
despite the fact that the FMR is … From the empty cavity measurement we determined the …

… SW dispersion due to interlayer magnon-magnon coupling [… has dimensions much larger
than the atomic scale. The two-… in cavity magnonics [69] between magnons and cavity photons […

… with whispering gallery modes coupled to atoms (43). In addition, inhomogeneous broadening
caused by the interaction with the thermal-magnon bath could also play an important role. …

… It is conducive to measure the dispersion and spatial profile of the magnons, and … cavity,
the coupling constant of the microdisk cavity is ten times larger. Then, we consider the magnon …

… nitude lower mass compared to atoms. However, this advan… by the quality of the optical
cavity. In magnetic systems, most … that span from the lowest dispersion energy to a maximum …

… Compared to atoms … magnon-cavity system consisting of two bulk ferromagnetic materials
and one microwave cavity mode (see Fig. 1). The ferromagnetic sample contains dispersive …

… magnons and microwave cavity photons, optical cavity … Depending on the distance
between magnetic atoms (or ions)… Such a dispersive coupling is the dominant magnon-phonon …

… Unlike in a practical circulator where broadband directional isolation is usually a first priority,
the most important quality of our device is the low internal loss of the cavity and magnon …

… ultracold atomic clouds [4], molecule nanomagnets in a cavity [5]… Hybrid magnon systems of
yttrium iron garnet (YIG) spheres [… dispersive regime, the transmon qubit serves as a magnon …

… meta-atom and magnons in the magnetic meta-atom. Our … cavity-free, deepstrongly-coupled,
non-reciprocal magnon-… the chiral cavity photon frequency and the magnon dispersion. The |…