Bistable Capacitance Performance-Induced Ambipolar Charge Injected Based on Ba_0.6Sr_0.4TiO₃ by an Inlaid Zr–Hf–O Layer for Novel Nonvolatile Memory Application

A Robust Memristor Based on Epitaxial Vertically Aligned Nanostructured BaTiO3−CeO2 Films on Silicon

“…Traditional electronic computers adopt the structure of the von Neumann system, in which the computing module and the storage unit are separated. [ 1–4 ] When a computer fetches data from a storage unit and executes it as a command, such structure leads to problems of longer time delay and higher power consumption that have to be faced. It have shown that the human‐brain‐like computing can solve this problem better, [ 4,5 ] in which can integrates computing and storage, and effectively realize complex information storage and computing tasks.…”

“…Traditional electronic computers adopt the structure of the von Neumann system, in which the computing module and the storage unit are separated. [1][2][3][4] When a computer fetches data from a storage unit and executes it as a command, such structure leads to problems of longer time delay and higher power consumption that have to be faced. It have shown that the human-brain-like computing can solve this problem better, [4,5] in which can integrates computing and storage, and effectively realize complex information storage and computing of ferroelectric VANs structure films will be a strong candidate for improving both ferroelectric properties and memristor performance in this work.…”

A New Memristor with 2D Ti3C2Tx MXene Flakes as an Artificial Bio‐Synapse

“…In traditional electronic computers, the bottleneck caused by the Von Neumann architecture is the separation of computing modules and storage units. This bottleneck makes central processing units read data from storage units and then execute the data as a command, requiring long latency and high‐power consumption . Previous research has found that human brain has created a solution to this bottleneck .…”

“…Previous research has found that human brain has created a solution to this bottleneck . Because of the intrinsic fusion of storage and computation, neuron networks in the human brain effectively handle complicated tasks . Therefore, to reproduce human brain characteristics, academic and industrial researchers are exploring neuromorphic computing systems, which requires to use artificial bio‐synaptic devices for information processing and storage.…”

“…This bottleneck makes central processing units read data from storage units and then execute the data as a command, requiring long latency and high-power consumption. [1][2][3][4] Previous research has found that human brain has created a solution to this bottleneck. [3] Because of the intrinsic fusion of storage and computation, These unique chemical properties of 2D materials make them desirable for applications in resistive random access memory (RRAM) devices, [22,23] supercapacitors, [24] and Li-ion batteries.…”