论文标题
蘑菇的内存性能
Mem-fractive Properties of Mushrooms
论文作者
论文摘要
备忘录关闭了传统，被动，半导体设备的I-V特征的循环。从那以后，最初提议的是1971年的追捕，此后就一直在进行。 Memristor的关键特征是其当前重量是其先前电阻的函数。因此，设备的行为受到改变在其上应用电势的方式的影响。最终，可以在备忘录上编码信息。生物底物已显示出表现出一些回忆特性。但是，尚未找到许多回忆设备。在这里，我们表明灰色牡蛎真菌的果实体表现出了回忆行为。本文介绍了蘑菇的I-V特征。通过检查针对前一个电压的给定电压的传导电流的检查，这表明蘑菇是备忘录。我们的结果表明，自然界继续提供具有这些独特且有价值的电气特性的标本，并且具有推进混合电子系统领域的潜力。
Memristors close the loop for I-V characteristics of the traditional, passive, semi-conductor devices. Originally proposed in 1971, the hunt for the memristor has been going ever since. The key feature of a memristor is that its current resitance is a function of its previous resistance. As such, the behaviour of the device is influenced by changing the way in which potential is applied across it. Ultimately, information can be encoded on memristors. Biological substrates have already been shown to exhibit some memristive properties. However, many memristive devices are yet to be found. Here we show that the fruit bodies of grey oyster fungi Pleurotus ostreatus exhibit memristive behaviours. This paper presents the I-V characteristics of the mushrooms. By examination of the conducted current for a given voltage applied as a function of the previous voltage, it is shown that the mushroom is a memristor. Our results demonstrate that nature continues to provide specimens that hold these unique and valuable electrical characteristics and which have the potential to advance the field of hybrid electronic systems.
