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Observation of terahertz magnon of Kaplan-Kittel exchange resonance in yttrium-iron garnet by Raman spectroscopy

佐藤 琢哉 Takuya Satoh 東京工業大学 DOI:https://doi.org/10.1103/PhysRevB.102.174432

2020.11.20

概要

Backscattering Raman spectroscopic investigations were performed on an yttrium-iron garnet single crystal using linearly and circularly polarized light. A terahertz (THz) magnon of the Kaplan-Kittel (KK) exchange resonance was discovered, which had been regarded as unobservable via optical methods. The KK exchange resonance had a 7.8-THz frequency at 80 K, and the polarization selection rule led to an antisymmetric Raman tensor of the A2 mode. Moreover, the assignment of all the Raman-active phonon modes, 3A1g, 8Eg, and 14T2g, was proposed. This study will stimulate further investigation of the coupling of THz magnons and phonons and pave the way toward THz optomagnonics.

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