Unlocking the resistive switching in Acacia Senegal-based electrolyte for neuromorphic computation

Abstract

Herein, a new approach of utlizing the rheological properties of Acacia Senegal with sodium chloride electolyte is presented to demostrate the resistive switching, and synaptic characteristics.

Control-Etched Ti3C2Tx MXene Nanosheets for a Low-Voltage-Operating Flexible Memristor for Efficient Neuromorphic Computation

“…Recently, research in the field of memristors is undergoing rapid advancements as scientists delve into novel materials, device architectures, and fabrication techniques to enhance performance and reliability. Various types of memristors based on oxides, , transition metal dichalcogenides (TMDCs), organics, composites, perovskites, , metal halides, and non-Newtonian fluids materials are being explored, with each offering unique characteristics and potential applications. To fully harness their potential and enable practical implementations in memory and computing systems, the development of memristor-based crossbar arrays and integrated circuits is crucial .…”