The Recent Progress of Research on Resistive Random Access Memory

Abstract

Resistive random access memory (RRAM) has attracted comprehensive attention from academia and industry as a new-type of nonvolatile memory. This memory has many advantages, such as high-speed, low power consumption, simple structure, high-density integration, etc. Therefore, it has a strong potential to replace DRAM. This paper summarizes the recent progress of the studies on RRAM. Although the achievement obtained has been summarized, there is still a long way from the real application. We also discuss the principle and related properties of RRAM and forecast the preparation trends of RRAM

Significant Effects of Electrode Metal Work Function on Resistive Memory Devices with Gelatin Biodielectric Layer

“…7 Solid-state electrolyte, metal oxides and organic materials are widely used as the storage medium for the fabrication of RRAM devices with great success. 8 Biomaterials are usually used for medical and healthcare applications owing to their nontoxic, biocompatible, biodegradable and environment friendly properties. 9,10 Recently, biodegradable materials have also been utilized to fabricate a new type of transitional implant electronic devices which can implement assigned tasks within the designed time span, and dissolve into human body completely with no trace and side effect, or in the nature without negative impact to the environment.…”