… is to couple spin qubits via topological edge states in … topological excitations, magnets,
and spin qubits by studying longdistance entanglement mediated by topological magnons, …

… spin chain model and observe the topological magnon insulator states in a superconducting
qubit … Via parametric modulations of the qubit frequencies, we show that the qubit chain can …

… bulk topological invariants. We discuss the open problem of detecting topologically protected
magnon … Finally, we report on the status of experiments exploring magnon band topology (…

… between topology and longitudinal spin–spin … spin–spin interaction on topological magnon
excitations. Remarkably, even for single-magnon excitations, we discover topological edge …

… center is coupled to magnons by the magnetic dipole–dipole interaction (17). This work
builds a foundation for the hybrid quantum architecture of spin qubits coupled to magnons at the …

… to detect the topological signatures of magnon excitations in … single magnon can be exploited
to directly detect topological … topological (quantized) pumps can be realized with magnons…

… coupled to a spin qubit. We find that the ensuing magnon-qubit ensemble combines the …
model, enabled by spin conservation in a system that forbids counter-rotating terms (CRTs) …

… theoretically study how magnons and phonons couple. We find topological magnon polarons
around the avoided crossings between phonons and topological magnons. Exploiting this …

… topology [1–3]. One of the many novel exotic phases of matter brought to light by this fruitful
synthesis is that of the topological magnon … , called magnons, above a topologically trivial …

… states between the qubit and the magnon excitation. To demonstrate the qubit-magnon
coupling, we perform qubit excitation spectroscopy by using the qubit readout through the cavity …