… to entangle two magnon modes via the Kerr nonlinear effect when driving the systems far from
equilibrium. We consider two … a scheme of entangling magnon modes in two massive YIG …

… , which is responsible for significantly cooling the mechanical mode as quantum
entanglement survives with only small thermal phonon occupancy. Combining with a strong …

… to entangle two magnon modes in two macroscopic yttrium-iron-garnet spheres. The two
spheres are placed inside two microwave cavities, which are driven by a two-mode squeezed …

… a massive source of quantum entanglement between the two sublattices even in the vacuum
… the uniform magnon mode and motivate our research to investigate quantum entanglement …

… thus the nonlocal feature of quantum mechanics. This adds another freedom to control the
… Last, the two magnon modes and one photon mode form a closed loop in our hybrid system. …

… of quantum effects, eg, the quantum entanglement between mechanics and a cavity field [19],
as well as between two … We assume that the magnon mode is strongly driven, leading to a …

… The transmon qubit and two magnon modes electrically and … the qubit and two magnon
modes are treated as a twolevel … To qualify quantum entanglement between two magnons, we …

… Quantum entanglement … quantum mechanics [1]. The original form of the EPR argument is
closely related to continuous variable (CV) entanglement [2–4], which describes entanglement …

… entanglement entropies between a and b magnon modes … entanglement between the
two ferromagnets in a way that each energy eigenstate becomes an entangled two-magnon-mode …

… hybrid quantum entanglement networks [32,33] in the future. … to entangle magnon mode
and superconducting qubit in two … two different microwave cavities, which are driven by a two-…