… 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 …

… cavity magnon polariton transport can be achieved by strongly coupling magnons to microwave
photons in a cross-cavity. … White dashed lines indicate the expected magnon dispersion …

… The field dispersion of the magnon follows either that of a collinear easy-axis antiferromagnet
or a canted easy-plane antiferromagnet, as described in the main text. From the fit, we also …

… We study the interaction between the magnon and the cavity mode by placing a Pt/YIG bilayer
on the metamaterial planar … The dispersion of the cavity bright mode intersects that of the …

… The white-dashed line describes the dispersion of the resonance frequency obtained by …
a large Verdet constant such as CrBr3 and iron garnet based on rare-earth atoms [52–55]. …

… of the magnons is much larger than the atomic length scale. … a dispersive regime, in which
the frequency of the cavity … ferromagnetic and antiferromagnetic magnon dispersion relations. …

… the magnon dispersion… cavity mode explains our observations in terms of the saturation of
the Kittel mode by a dynamical phase correlation between the cavity photons and the magnon …

… the detection sensitivity of magnon Kerr nonlinearity (MKN) in cavity magnonics. The considered
cavity-magnon system consists of a three-dimensional microwave cavity containing two …

… [6], strong photon-atom coupling in cavities [7], and optical … between a mechanical oscillator
and atomic spins that are 1 m … White dashed lines indicate the dispersion of the magnon …

… In the field of cavity magnonics, coupling between magnons (quantized spin waves) and …
Coherent coupling in cavity magnonics is characterized by level repulsion in the dispersion and …