Tensile-strained few-nm YIG films on GSGG retain low damping at 2 K due to Sc-enhanced chemical stability suppressing interdiffusion at the interface.
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In SFS φ₀ Josephson junctions, Kittel and Buzdin ferromagnetic resonances transform and combine under varying radiation and parameters, producing double synchronization via spin-orbit coupling.
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Cryogenic Magnetization Dynamics in Chemically Stabilized, Tensile-Strained Ultrathin Yttrium Iron Garnets with Tunable Magnetic Anisotropy
Tensile-strained few-nm YIG films on GSGG retain low damping at 2 K due to Sc-enhanced chemical stability suppressing interdiffusion at the interface.
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Originality of resonance and locking phenomena in SFS $\varphi_0$ Josephson junction
In SFS φ₀ Josephson junctions, Kittel and Buzdin ferromagnetic resonances transform and combine under varying radiation and parameters, producing double synchronization via spin-orbit coupling.