… hybridized cavity photon-magnon system. With this model as a basis we design a planar cavity
… universality of dissipative coupling in the cavity photon-magnon system. The realization of …

… the magnon-qubit strong dispersive interaction [49]. Working in the same … an atom [72]. The
system is operating in the regime where the microwave cavity is far detuned from the magnon-…

… by the cavity photons, which is why the dispersion approaches that of the uncoupled cavity,
… case of molecular bonding, where two atoms combine to form bonding and antibonding …

… This is of broad interest and has been studied for various systems such as single atoms, …
The dispersion spectrum of the CMP changes for various combinations of δ0 and φ …

… atomic ensemble, a YIG sphere, a dispersive microwave cavity and a dispersive optical cavity…
Assuming the cavity-atom detunings and the cavity-magnon detuning are much larger than …

… Mediated by the cavity, magnons can also couple to a … magnon-qubit system was therein
operated in the dispersive regime (ie, the magnon linewidth is comparable to the magnon-qubit …

… between collective excitations in atomic clouds and was fur… ], or to prepare atomic states in
cold-atoms experiments [26–30]. … are also strongly coupled to a qubit in the dispersive regime, …

… atoms that are placed inside the cavity. We show that, by properly driving the cavity and
magnon … middle of the optical cavity, which can also realize the dispersive coupling between the …

… to measure the dispersion and spatial profile of magnons [16]. When BLS occurs in a cavity,
the … Cavities with ellipsoidal geometries such as spheres or disks support whispering gallery …

… only magnons (not magnon polaritons) so we observe Rabi beatings between magnons …
The dispersive energy gap between bright and dark modes in Fig. 3 can be estimated by N+ …