… magnetic resonance mode and the cavity is determined from the … By changing the decay
rate of the cavity at constant magnon-… and the cavity dispersion for a sufficiently strong magnon-…

… to the electric dipole moments of atoms was explored, 10 and … —for which dispersive coupling
between a cavity and a two-… the frequencies of the cavity and magnon modes were tuned …

… ability to study magnetic order down to the atomic scale (5). Similarly, … dispersion down to
a wavelength of 640 nm (Fig. 2 D and E) limited only by the inefficient generation of magnons …

… 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 …

… magnon and the cavity microwave photon brings a significant transformation in the phase
dispersion of … a three-level atomic system. The present results suggest that when an additional …

… , such as a dispersion anticrossing and linewidth evolution, which … spin-photon system—the
cavity magnonpolariton (CMP). … coupling of solid-state atom-cavity systems, such as quantum …

… Furthermore, we observe in the dispersive regime of the cavity, magnon spin-wave modes,
which … This is similar to a double magic point atomic clock transition [32], which significantly …

… the cavity quantum electrodynamics, 14 which deals with coupling between photons and
atoms in a cavity … of the photon dispersion relation is much steeper than that of the magnon, the …

… approach to enhance magnon bistability and magnon–phonon entanglement in a microwave
cavity containing a driving atomic ensemble and a … can be induced by the dispersive cavity. …

… whether the magnomechanical coupling is linear or dispersive. We show that in both cases
… the optical cavity to an ensemble of atoms31, and the magnon mode to a microwave cavity.…