Photoelectric synaptic device is a promising candidate component in brain‐inspired high‐
efficiency neuromorphic computing systems. Implementing neuromorphic computing with …

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

For the realization of low-power consumption brain-inspired neuromorphic computing
devices which mimic the biological neuronal information processing methodology, the …

Neuromorphic computing, with information sensing, processing, and storage capabilities, is
driving the development of a new generation of artificial intelligence (AI). Photonic synaptic …

Neuromorphic visual system with image perception, memory, and preprocessing functions is
expected to simulate basic features of the human retina. Organic optoelectronic synaptic …

Photonic artificial synapses‐based neuromorphic computing systems have been regarded
as promising candidates for replacing von Neumann‐based computing systems due to the …

Inspired by biological neuromorphic systems, which can simultaneously perceive,
remember, and process enormous information through parallel, energy-efficient processes …

Neuromorphic computing has emerged as the high‐energy‐efficiency and intelligent
solution for processing sensory data. As a potential alternative to neuromorphic computing …

Organic materials with good biocompatibility and mechanical flexibility have great
application potential in photonic neuromorphic computing. Here, the organic optoelectronic …

Optically readable organic synaptic devices have great potential in both artificial intelligence
and photonic neuromorphic computing. Herein, a novel optically readable organic …