Ultra-Simplified Fabrication of All-Silver Memristor Arrays

Abstract

Brain-inspired neuromorphic computing strives to emulate the human brain's remarkable capabilities, including parallel information processing, adaptive learning, and cognitive inference, while maintaining ultra-low power consumption characteristics. The exponential progress in cloud computing and supercomputing technologies has generated an increasing demand for highly integrated electronic storage systems with enhanced performance capabilities. To address the challenges of tedious fabrication procedure, we innovatively offer a feasible strategy: weaving silver electrodes combined with in-situ formed silver oxide insulating layers to create a high-performance two-terminal memristor array configuration. This memristor possesses high ON/OFF (above 106), good durability (200 cycles). Meanwhile, the innovative weaving-type configuration enables higher integration density while maintaining conformal attachment capability onto skin. Our ultra-Simplified fabrication strategy provides a novel alternative approach for streamlining fabrication processes, enabling the realization of advanced device integration and system miniaturization.