Compared to purely electrical neuromorphic devices, those stimulated by photon, pressure,
or/and chemical signals have gained burgeoning attentions due to their real sense …

Neuromorphic devices are of great significance for next generation energy-efficient brain-
like computing and perception. Oxide-based photoelectric neuromorphic transistors are very …

Inspired by the neocortex of the human brain, neuromorphic systems are favorable for
processing a variety of complex tasks, such as recognition, prediction, and optimization. To …

The practical application of optoelectronic artificial synapses in neuromorphic visual systems
is still hindered by their limited functionality, reliability and the challenge of mass production …

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

The exploration of bionic neuromorphic chips, capable of processing sensory data in a
human‐like manner, is both a trend and a challenge. There is a strong demand for …

The main goal of the field of neuromorphic electronics is to develop novel microelectronic
components that emulate the memory and computing functionalities of the biological …

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 …

Emulating the biological visual perception system typically requires a complex architecture
including the integration of an artificial retina and optic nerves with various synaptic …

Organic optoelectronic synaptic devices that can reliably operate in high‐temperature
environments (ie, beyond 121° C) or remain stable after high‐temperature treatments have …