Neuromorphic vision systems, particularly those stimulated by ultraviolet (UV) light, hold
great potential applications in portable electronics, wearable technology, biological analysis …

Neuromorphic visual systems can emulate biological retinal systems to perceive visual
information under different levels of illumination, making them considerable potential for …

Low voltage-operating light-stimulated organic field-effect transistors (OFETs) are attracting
huge attention due to their potential for developing photonic neuromorphic synapse-based …

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

Optoelectronic synaptic devices outperform electrical synapses in speed, energy efficiency,
and integration density. Recent progress in visual sensing and optogenetics has led to the …

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

The proliferation of high-efficacy, pliable organic neuromorphic synaptic transistors is
quintessential for the integration into wearable artificial intelligence ecosystems …

Artificial visual systems, inspired by the human eye, hold significant potential in artificial
intelligence. Optoelectronic synapses, integrating image perception, processing, and …

Opto-electronic synapses have attracted considerable attention because of their promising
potential in artificial visual perception systems for neuromorphic computing. Despite …