The development of neuromorphic systems necessitates the use of memcapacitors that can
adapt to optoelectronic modulation. Two-dimensional (2D) materials with atomically thin …

Memcapacitor devices based on ferroelectric material have attracted attention recently in
application of neuromorphic computing due to lower static power relative to memristors …

Memcapacitors (MCs) are promising candidates for the future design of low-power
integrated neuromorphic computing systems, with particular emphasis on dynamical spiking …

Traditional computing systems necessitate frequent data transfers and communication
between physically separated chips for acquisition, storage, and computation. This …

传统冯· 诺依曼计算机在并行性计算和自适应学习方面效率较低, 无法满足当前飞速发展的信息
技术对高效, 高速计算的迫切需求. 受脑启发的神经形态计算具有高度并行性, 超低功耗等优势 …

忆阻器, 忆容器和忆感器是具有记忆特性的非线性元件, 隶属于记忆元件系统. 目前,
由于现有可购忆阻器芯片尚存在许多不足, 且忆容器和忆感器的硬件实物研究仍处于实验室验证 …