Advances in antiferromagnetic magnonics

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This paper summarizes recent significant advances in antiferromagnetic magnonics focusing on material systems and methods.
Overview of magnetic configurations and crystal structures in antiferromagnetic materials.
Discussion of electrical and optical excitation methods for magnon detection.
Review of advancements in spin pumping across various material systems.
In α-Fe2O3, findings reveal coherent transport and interference effects, indicating strong magneto-transport phenomena.
Exploration of chiral control demonstrated its significant influence on magnon dynamics.
Identified challenges in material preparation and integration while recognizing future opportunities in magnonic applications.

Review highlights recent breakthroughs in antiferromagnetic magnonics, indicating future opportunities.

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Sheng et al. (2026) studied this question.

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