… band of the cavity array, the qubit or magnon mode can seed … , such as optomechanical
systems, atoms, and ions. This work … In the dispersive regime, the qubit and the two magnons are …

… is equivalent to coupling a giant atom to them, but the effective dispersive couplings …
atom and the magnons by tracing over the cavities [55–58]. In the process of eliminating the …

… the magnons and atoms is established via exchange of virtual photons in dispersive microwave
cavity. … of interaction of the cavity field with the atoms and the magnon. δ = ωg2g1 − ν and …

… of the cavitymediated dissipative magnon-magnon coupling [126… dispersive readout of the
driven three-level atom weakly interacting with a passive cavity that couples to an active cavity…

… , we observe the hybridized dispersion to change from level … interactions between the
magnon mode and the cavity anti-… components, ranging from photons, atoms, ions and spins to …

… Based on dispersive couplings between two cavities and between one cavity and magnon
… in different systems, including the composite atom-cavity system [11], the optomechanical …

… dispersion can result in a positive group delay, making the generation of slow light possible
[31], [32]. Intriguingly, an anomalous dispersion of … storage in an atomic medium using halted …

… the coherent coupling between the magnons and atomic ensemble. To do so, we consider
such a situation that the system operates in the dispersive regime, ie, the cavity modes are far …

… cavity-magnon polariton. Thus, as opposed to the conventional well-… cavity with discrete
modes, our circular waveguide cavity … dispersion can be clearly observed for coupled magnon–…

… Whereas such a statement is true for coupling magnon to a well-confined cavity [42], we …
this minimization of the field torque leads to a level-attraction type of dispersion. The photon …