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 …

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

Emulating key synaptic functions in electronic devices is quite significant in bioinspired
applications. Artificial synaptic thin film transistors (TFT) offer a promising solution for …

Synaptic plasticity divided into long-term and short-term categories is regarded as the origin
of memory and learning, which also inspires the construction of neuromorphic systems …

Recently, realizing artificial perception learning systems at the hardware level based on
neuromorphic devices has become a new research branch in artificial intelligence …

Artificial photonic synapse devices (PSDs) hold great promise for the realization of next-
generation artificial vision systems and processing units through a synergistic combination …

With the advancement of neuromorphic electronics, the design and fabrication of large-scale
and cost-effective photoelectric synaptic transistors have received much attention. Herein …

In this paper, a synaptic transistor based on the indium zinc oxide (IZO)-hafnium oxide (HfO
2) thin film structure was demonstrated. Blue light pulses (470 nm) were used as the …

Indium-gallium-zinc-oxide (IGZO) photoelectric neuromorphic transistors with low-
temperature atomic layer deposited Al 2 O 3 gate dielectrics are fabricated. Dual-functional …