… films and planar transmission-line resonators, we demonstrate the achieve… superconducting
resonator. In our geometry, the excitation of spin waves takes place at the superconductor-…

… defined superconducting resonators, we report high cooperativities between a resonator
mode … The on-chip, lithographically scalable, and superconducting quantum circuit compatible …

… a superconducting resonator and a ferromagnetic device integrated on a Si substrate. We
obtained a large magnon-photon … We also show that the superconducting resonator can easily …

… S/F/S resonator (F line) and a microwave photon resonator. The latter is characterized by
the … The microwave photon resonator is formed at the insulating layer of the PM1 sample …

… of a superconducting coplanar waveguide resonator (CPWR) coupled to a sphere of yttrium-iron
garnet. Systems hybridising collective spin excitations with microwave photons … magnon …

… resonator, ie, patterning of nanoconstrictions [30–32] and/or reducing the impedance of lumped
LC resonators… by working with high-frequency superconducting resonators. However, the …

… factor (Q) superconducting ring resonator which is coupled with a high-Q … superconducting
microwave resonator [56,57]. In this session, we show the use of YIG bulk disk as the magnon …

… achieve a magnonphoton coupling … magnon and photon damping rates approaching 1
MHz at 1.6 K. For a two-sphere-oneresonator circuit, we achieve a resonator mediated magnon…

… In this work, we probe the intrinsic magnon band gap of … superconducting resonator. The
pronounced temperature tunability of the magnon band gap location allows us to set the photon …

… Furthermore, we demonstrate strong coupling between superconducting resonators and
YIG ferromagnetic resonance modes by maintaining reasonably low loss while reducing the …