… systems promising for the implementation of BEC magnon qubits. Below, we consider single-
and two-qubit gates on the proposed magnon qubit as well as its decoherence properties. …

… quantum computation of two-point correlation functions for a Heisenberg spin chain. Using
the IBM Q 20-qubit quantum … the IBM Q 20-qubit Tokyo quantum computer are noisy due to …

… qubits and photonic cavities for quantum information processing provide physical platforms
to integrate magnons with quantum … interdisciplinary field of quantum magnonics emerges, …

… The ongoing rapid progress towards quantum technologies relies on new hybrid platforms
optimized for specific quantum computation and communication tasks, and researchers are …

… Advances in quantum computing and telecommunications stimulate the search for classical
… version of several quantum bit (qubit) functionalities using a two-component magnon Bose–…

… right magnon edge state localization in a short qubit chain. This problem can be solved by
tuning the … symmetry-protected topological states with different quantum computing platforms. …

… superfluid magnon states are used in quantum computers. … of a superfluid magnon flow, it
is possible to prepare magnon qubits … quantum circuits using magnon superfluid circuits and …

… quantum computing. Unlike the traditional quantum system based on several oscillators, the
magnon BEC is a collective macroscopic system of magnons in the same coherent quantum …

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

… source of magnons with a given chemical potential by a Josephsonjunction, we will be able
to recognize the quantum states with n and n+1 magnon. ?? analogy with a phase qubit is …