Three-terminal spintronics devices for integrated circuits

S. Fukami, Chaoliang Zhang, S. DuttaGupta, A. Kurenkov, T. Anekawa, H. Ohno
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Abstract

Spintronics-based integrated circuits open up a new pathway toward ultralow-power and high-performance computing systems. Three-terminal spintronics devices, which achieves fast and reliable operation due to a relaxed control of parameters, have attracted increasing attention. We here review our recent studies on spin-orbit torque induced magnetization switching, which can be applied to the write operation of the three-terminal devices. We demonstrate the switching in a new device geometry and in a new material system.
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集成电路用三端自旋电子学器件
基于自旋电子学的集成电路开辟了通向超低功耗和高性能计算系统的新途径。三端自旋电子学器件由于其对参数控制的宽松而实现了快速可靠的运行,越来越受到人们的关注。本文综述了自旋轨道转矩感应磁化开关的研究进展,该开关可用于三端器件的写操作。我们演示了在新的器件几何形状和新的材料系统中的开关。
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