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The damping of La0.67Sr0.33MnO3 (LSMO) epitaxial films as a function ofthickness at different temperatures was studied. The competition between twoscattering types (\r{ho}-like and {\sigma}-like) with entirely distinctthickness and temperature dependencies resulted in complicated dampingbehavior. The behavior of {\sigma}-like damping in LSMO films is consistentwith the behavior in magnetic metal films. However, because \r{ho}-like dampingis sensitive to the fine electron structure near the Fermi surface, thedistortion of the oxygen octahedra controlled by the film thickness is animportant factor in controlling the damping. Our study demonstrates that thecomplexity of damping in LSMO epitaxial films is a consequence ofstrong-correlation effects, which are characteristic of complextransition-metal oxides.

Thickness and temperature dependent damping in La$_{0.67}$Sr$_{0.33}$MnO$_{3}$ epitaxial films