Construction method of nanowire and data storage method

Abstract

The invention provides a construction method of a nanowire and a data storage method. The construction method of the nanowire comprises the following steps of S1, sequentially arranging a lower electrode layer, an insulation layer and an upper electrode layer on a substrate in a lamination way, wherein the upper electrode layer or the lower electrode layer is a ferromagnetic electrode layer; and S2, applying a positive scanning voltage onto the ferromagnetic electrode layer so that positive potential difference exists between the lower electrode layer and the upper electrode layer to form the nanowire. Compared with the construction method of the nanowire in the prior art, the construction method provided by the invention has the advantages that the preparation process is simplified, the preparation cost is reduced, the process stability and the preparation efficiency are improved, and the construction method can be widely applied and promoted; and moreover, after the construction method of the nanowire is applied to a storage structure of M/I/M, a resistance random access effect and a spin correlation effect can be simultaneously achieved, so that multi-state operation and multi-value storage in a simple structure are achieved, and a carrier is provided for a multi-stage storage device by a magnetoelectric coupling effect.

Description

technical field [0001] The invention relates to the technical field of nano devices and nano processing, in particular to a method for constructing nano wires and a data storage method. Background technique [0002] A wide variety of magnetic sensors based on the AMR effect have been widely used in the industry, especially in the field of information technology. In 1984, the AMR effect was used to realize high-density magnetic storage of information for the first time, which was of epoch-making significance at that time. In recent years, people have developed many new information materials and devices. Such as flash memory, resistive variable memory (RRAM), magnetic recording, etc. [0003] Simultaneously realize the controllable modulation of resistance state and ferromagnetism in the same device to obtain new multi-functional memory devices, realize multi-state operation and multi-value storage of memory devices has been a current research hotspot, but how to realize it h...

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Problems solved by technology

[0003] Simultaneously realize the controllable modulation of resistance state and ferromagnetism in the same device to obtain new multi-functional memory devices, realize multi-state operation and multi-value storage of memory devices has been a current research hotspot, but how to realize it has not yet been determined.

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