Abstract
Controllable Lithium Ion Motion An electronic device inspired by solid-state batteries, comprised of a transition-metal oxide layer and a lithium-containing dielectric as the cathode and electrolyte is presented by Qiang Li, Shandong Li, Guo-Xing Miao, and colleagues in article number 2100512. Controllable lithium ion motion modifies the interfaces and induces resistive switching, while the magnetic configuration generates tunnel magnetoresistance. The combination of ion motion and spin transport integrates iontronics with spintronics and facilitates new capabilities in modern nano-electronics' control toolbox.
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