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null (Ed.)Controlling magnetization dynamics is imperative for developing ultrafast spintronics and tunable microwave devices. However, the previous research has demonstrated limited electric-field modulation of the effective magnetic damping, a parameter that governs the magnetization dynamics. Here, we propose an approach to manipulate the damping by using the large damping enhancement induced by the two-magnon scattering and a nonlocal spin relaxation process in which spin currents are resonantly transported from antiferromagnetic domains to ferromagnetic matrix in a mixed-phased metallic alloy FeRh. This damping enhancement in FeRh is sensitive to its fraction of antiferromagnetic and ferromagnetic phases, which can be dynamically tuned by electric fields through a strain-mediated magnetoelectric coupling. In a heterostructure of FeRh and piezoelectric PMN-PT, we demonstrated a more than 120% modulation of the effective damping by electric fields during the antiferromagnetic-to-ferromagnetic phase transition. Our results demonstrate an efficient approach to controlling the magnetization dynamics, thus enabling low-power tunable electronics.more » « less
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Yi, Di ; Liu, Jian ; Hsu, Shang-Lin ; Zhang, Lipeng ; Choi, Yongseong ; Kim, Jong-Woo ; Chen, Zuhuang ; Clarkson, James D. ; Serrao, Claudy R. ; Arenholz, Elke ; et al ( , Proceedings of the National Academy of Sciences)
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Disseler, Steven M. ; Borchers, Julie A. ; Brooks, Charles M. ; Mundy, Julia A. ; Moyer, Jarrett A. ; Hillsberry, Daniel A. ; Thies, Eric L. ; Tenne, Dmitri A. ; Heron, John ; Holtz, Megan E. ; et al ( , Physical Review Letters)