A. Girich, S. Nedukh, S. Polevoy, A. Vakula, K. Sova, S. Tarapov
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Abstract
We have numerically investigated the strong photon-magnon coupling in the system of two coupled resonators: planar photonic crystal with the defect and inverted split-ring resonator. The strong photon-magnon coupling $(g/2\pi=300 MHz$) with a spin-number-normalized coupling strength (single spin-photon coupling) was reached up to 0.535 Hz at the frequency of 5.1 GHz. The influence of the outer radius of the inverted spit-ring resonator on the coupling strength value is analyzed.
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