Bio-inspired electronic devices have significant potential for use in memory devices of the
future, including in the context of neuromorphic computing and architecture. This study …

Mimicking brain‐like functionality with an electronic device is an essential step toward the
design of future technologies including artificial visual and memory applications. Here, a …

Brain-inspired neuromorphic computing has become one of the critical technologies to
overcome the bottleneck of von Neumann architecture. It is a vital step to construct a brain …

A light-controlled artificial synapse, which mimics the human brain has been considered to
be one of the ideal candidates for the fundamental physical architecture of a neuromorphic …

A brain-like neuromorphic computing system, as compared with traditional Von Neumann
architecture, has broad application prospects in the fields of emerging artificial intelligence …

The extraordinary abilities of the human brain rely on the functioning of biological synapses
in the nervous system. Emulating human brain activity for neuromorphic computing has …

The neuromorphic system processes enormous information even with very low energy
consumption, which practically can be achieved with photonic artificial synapse. Herein, a …

Artificial synapse devices are dedicated to overcoming the von Neumann bottleneck.
Adopting light signals in visual information processing and computing is vital for developing …

Inspired by the brain, future computation depends on creating a neuromorphic device that is
energy-efficient for information processing and capable of sensing and learning. The current …

Photoelectric synaptic devices as a combination of electronic synapse and photodetector
are considered as emerging bio-inspired device technologies. These devices have …