… The frequencies of the magnon modes in the YIG sphere are functions of the magnetic bias
… of the CPWR and the magnetisation within the YIG sphere for a given magnon mode, we can …

… MS) mode near FMR in the quantum limit. This is achieved at a … FMR mode in the same YIG
sphere and find a slight increase … microwave cavity containing the YIG sphere. Our numerical …

… the scope of the magnon engineering to the quantum regime. In this work, we … YIG sphere
to a microwave mode in a three-dimensional rectangular cavity. We have chosen spherical …

… based on YIG nanospheres with application to quantum systems [21,22]. As predicted by
the authors, extremely large coupling rates g could be achieved in YIG spheres, which is …

… the hybrid quantum system of a three-dimensional microwave cavity coupled to both a
small YIG sphere (about 0.5 mm in diameter) and a superconducting qubit. The YIG sphere is …

… mode in the ferromagnetic YIG sphere may shed new light on reaching macroscopic quantum
… researches, we introduce a hybrid quantum system consisting of a magnon mode in a YIG …

… YIG sphere is chirally coupled to left- and right-propagating guided photons in the waveguide.
We find that quantum … to effectively realize one-way quantum steering. Compared to other …

… Here, we present a method for integrating high-quality YIG with superconducting quantum
technologies using plasma focused ion beam (PFIB) technologies. Our primary result is the …

… Here we present a scheme to generate an entangled pair of YIG spheres in a cavity-… states
of the coupled system of two YIG spheres. Two YIG spheres are coupled to the cavity field and …

… Proposals for applications in quantum computing have also emerged, in particular, the use
of YIG spheres as magnonic transducers for qubits 18 . A pressing question in the quantum …