… natural microscopic systems of atoms, molecules, or electron spins, etc., into a microwave
… First we consider the magnon dispersion relations (frequency versus wave vector) in the …

… μm + νc (a linear superposition of the cavity and magnon mode, and we assume μ and ν are
real … 2(b), in contrast to the case c = 0, there is a sharp dispersion change around δ = 0 when …

… between two distant magnons and a -type superconducting atom is established via exchange
of virtual photons in two dispersive cavities. As a consequence, the artificial atom acting as …

… The magnons are coupled to the microwave cavity, … dispersion relation of the forward volume
magnetostatic waves [43,47]. Thus, with the magnon tunability and optical mode dispersion …

… was studied in our recent work on cavity magnon polariton [69]. … the interaction between
many atoms and a cavity at high power [… , and AJ Ferguson, Dispersive readout of ferromagnetic …

… of the dispersive interaction between an ensemble of helium atoms in the 37 s … the cavity.
The results are in quantitative agreement with predictions made on the basis of the dispersive …

… Cavity and circuit quantum electrodynamics (QED) has exploited many gedanken experiments
in the field of atomic … non-zero dispersive coupling between the magnon and qubit. For …

… with magnons in chromium trichloride, a van der Waals antiferromagnet, which shows that
these cavities serve as a good platform for studying magnon-… We demonstrate strong magnon-…

… on the development of new cavity-mediated techniques, such as … Each unit cell contains 160
atoms (8 formula units of Y 3 Fe 5 … In this harmonic oscillator perspective, the dispersion and …

… magnons and photons, which hybridise as cavity–magnon polaritons. Such strongly coupled
systems have an extended measurable dispersive … experiments into the dispersive regime, …