… 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 …

… as an artificial atom is … cavity TE 103 mode. Despite the large detuning, the TE 103 mode
at ω 103 / 2 π = 10.461 GHz is subject to a dispersive frequency shift: The change in the cavity …

… the dispersive couplings between two cavities and between the signal cavity and magnon, …
Nonreciprocal optics has now been studied in atomic gases, nonlinear optics, optomechanics…

… Instead of using nonlinearity in the dispersive regions of … drive magnons coherently through
the microwave cavity with … to replace yttrium atoms with rare-earth atoms completely, which …

… model for nonreciprocal multimode cavity magnonic systems. … resonance into the
dispersive coupling regime to reduce loss … circulators based on chiral atom-light coupling [70,71]. …

… , such as atom-mechanical systems [15] and cavity-magnonics … steady magnon-photon
entanglement in a cavitymagnonics … the waveguide has a linear dispersion relation in the vicinity …

… -magnon coupling is mostly provided by the TE102 cavity mode at 8.4563 GHz (coupler mode),
we use the dispersive interaction of the qubit with the TE103 cavity … an artificial atom. Nat. …

… Zagury, Manipulation of photons in a cavity by dispersive atom-field coupling: Quantum-nondemolition
measurements and generation of “Schrödinger cat” states, Phys. Rev. A …

… to the cavity one. In this way, the Kittel mode of magnetization couples to the microwave
cavity photons, and the system exhibits the typical anticrossing dispersion relation, of which an …

… Similar investigations also started recently for circuits in which the propagating
excitations are phonons and magnons (spin waves). In this review paper, we deal with mono-mode …