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The capability of magnons to hybridize and strongly couple with diverseexcitations offers a promising avenue for realizing and controlling emergentproperties that hold significant potential for applications in devices,circuits, and information processing. In this letter, we present recenttheoretical and experimental developments in magnon-based hybrid systems,focusing on the combination of magnon excitation in an antiferromagnet withother excitations, namely plasmons in a topological insulator, phonons in a 2DAFM, and photons. The existence of THz frequency magnons, plasmons, and phononsmakes magnon-based hybrid systems particularly appealing forhigh-operating-speed devices. In this context, we explore several directions toadvance magnon hybrid systems, including strong coupling between a surfaceplasmon and magnon polariton in a TI/AFM bilayer, a giant spin Nernst effectinduced by magnon phonon coupling in 2D AFMs, and control of magnon-photoncoupling using spin torque.

Hybridized magnonic materials for THz frequency applications