自旋骰子(使用自旋转矩开关的物理随机数发生器)及其热响应

A. Fukushima, K. Yakushiji, H. Kubota, S. Yuasa
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引用次数: 6

摘要

小尺寸磁隧道结(MTJ)中自旋转矩开关的随机开关在任何一种室温下工作的固态器件中都具有独特的性质。开关概率(Psw)可由注入电流的幅值控制,具有良好的再现性。这意味着自旋转矩开关事件的结果可以用作产生完全不可预测随机数的理想物理随机数发生器。同时,需要不可预测的随机数作为数据加密的关键因素。为此,我们一直在开发一种物理随机数发生器,称为自旋骰子[1],利用随机自旋-转矩开关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Spin dice (physical random number generator using spin torque switching) and its thermal response
Stochastic switching of spin-torque switching in a small-sized magnetic tunnel junction (MTJ) has a unique nature in any kind of solid state devices working at room temperature. The switching probability (Psw) can be controlled by the amplitude of the injected current with good reproducibility. This means that the results of the spin-torque switching events can be used as an ideal physical random number generator which produces completely unpredictable random numbers. Meanwhile, the unpredictable random numbers are required as the key factor for data encryption. For this reason, we have been developing a physical random number generator, called spin dice [1], using the stochastic spin-torque switching.
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