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We show that in ferromagnetic (FM)/normal metal (NM) bilayers the dynamiccoupling at the interface transfers an additional magnetic relaxation from theheavily damped motion of the conduction electron spins in the NM layer to theFM spins. While the FM relaxation rates due to two-magnon scattering and spinpumping decrease rapidly with increasing FM film thickness, the damping due tothe dynamic coupling does not depend on the FM film thickness. The proposedmechanism explains the very large broadening of ferromagnetic resonance linesin thick films of yttrium iron garnet after deposition of a Pt layer.

Magnetic relaxation in bilayers of yttrium iron garnet/platinum due to the dynamic coupling at the interface