… excitations in a ferromagnet not only to resonantly enhance the microwave-light interaction
but … The largeness of the dipole moment and the longevity of the coherence of the magnons in …

… the triangle, while the microwave mode b electromagnonically coupled to … ferromagnetic
sphere, YIG sphere in this work, is placed in a microwave cavity, where the magnon–microwave …

… microwave pumping frequency ωp. In terms of energy quanta, a microwave photon splits into
two magnons, … we constructed the magnon eigenstates for a thin ferromagnetic film in the …

… of the hybrid system in the ultrastrong coupling regime of light-matter interaction where about
80% of … to the response of the coupled microwave S/I/S and ferromagnetic S/F/S resonators. …

… microwave-to-optical conversion. By designing a ferrimagnetic rib waveguide to support
multiple magnon … conversion of microwave photons at around 8.45 GHz to 1550 nm light with a …

… to the square root of the number of participating spins 4, 10 ferromagnets with a high spin
density are ideal for the creation of strongly coupled, hybridized magnon-photon modes. 10, 11 …

… Magnetic materials provide a promising alternative to achieve strong light-matter interaction,
… the magnon mode in YIG. Here, we are only interested in the lowest order ferromagnetic …

… ferrimagnetic sphere is mounted in a microwave cavity field and placed near the position with
the maximum microwave … slow light that we discussed in this work, the range of the magnon…

… of the two magnon scattering contribution to the microwave relaxation and ferromagnetic …
(SLK) theory for the scattering of uniform mode magnons into degenerate spin wave states for …

… different entities such as magnons, electricity, microwaves and light, sound and vibrations, …
supports electromagnetic (microwave and optical frequencies), ferromagnetic, and acoustic …