… –17] which makes the Bose-Einstein condensation in the mesoscopic systems promising …
magnon qubits. Below, we consider single- and two-qubit gates on the proposed magnon qubit …

… bit (qubit) functionalities using a two-component magnon Bose–Einstein condensate (BEC) …
domain and demonstrate how to manipulate the magnon-BEC system regarding the polar …

… the magnon qubit at BEC is established. Figure 3a shows the distribution of the condensed
magnon … During the course of time from, eg, = 25 ns to = 175 ns, the magnons are transferred …

… , magnons, form a Bose–Einstein condensate (BEC), where the spins precess with a globally
coherent phase. Bose–Einstein condensation of magnons … for coherent magnon physics …

… coding and processing information using magnons. On the other hand, … qubits and photonic
cavities for quantum information processing provide physical platforms to integrate magnons …

… a coherent magnon condensate by direct detection of microwave radiation emitted by magnons
… We show that after switching off the parametric pumping, the overpopulated magnon gas …

… 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 …

… contrast to superconducting qubits. This circumstance makes the creation of magnon qubits
a very … time of the magnon Bose–Einstein condensate when developing promising samples. …

… of a spin superfluid qubit similar to a superconducting qubit successfully employed in a …
magnon superfluidity also allows the design of spin qubits in parallel with superfluid qubits, …

… in magnetic materials, ie, magnons, are highly promising for many short … magnon modes
interact coherently with microwave and optical photons, phonons, and superconducting qubits, …