"I realised then that synapses were memristors," he says.
然后他了解到这种神经突触是记忆电阻器，“他说。”
Nanoscale or no, it rapidly became clear just how useful memristors might be.
不管是不是纳米尺寸，记忆电阻器有多大用处迅速变得清晰起来。
An image of a circuit with 17 memristors captured by an atomic force microscope.
原子力显微镜拍摄的17个忆阻器构成电路的图像。
The definition, applications of memristors and its realization are introduced briefly.
本文简单介绍忆阻元件的定义、性质、应用与如何实现等问题。
Though memristors were welcome in theory, no physical device seemed capable of the effect
尽管理论上来说它是很受欢迎的，似乎没有一种物理仪器和材料能有这样的功能。
And that might be simply because we were lacking the crucial electronic components - memristors.
那单纯地是因为缺少了关键的电子元件-记忆电阻器。
Memristors will theoretically be cheaper and far faster than flash memory, and allow far greater memory densities.
理论上讲忆阻较闪存更快、更便宜，以至于允许大幅提高存储密度。
Within the past couple of years, memristors have morphed from obscure jargon into one of the hottest properties in physics.
在最近几年，记忆电阻器从晦涩的术语演变成最热门的物理特性的其中一个。
Within the past couple of years, memristors have morphed from obscure jargon into one of the hottest properties in physics.
在最近几年，记忆电阻器从晦涩的术语演变成最热门的物理特性的其中一个。
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