Visuomorphic computing aims to simulate and potentially surpass the human retina by
mimicking biological visual perception with an artificial retina. Despite significant progress …

Brain‐inspired neuromorphic computing is recognized as a promising technology for
implementing human intelligence in hardware. Neuromorphic devices, including artificial …

The vision-inspired artificial neural network based on optical synapses has drawn a
tremendous amount of attention for emulating biological senses. Although photoexcitation …

To create artificial visual perception systems, artificial retina structures that can imitate the
behavior of the biological retina in human vision are of great interest. However, these …

Optoelectronic synapses, constructed from 2D transition metal dichalcogenides (TMDs) with
atomic‐scale thickness, offer substantial benefits for the development of high‐density …

Artificial spiking neurons capable of interpreting ionic information into electrical spikes are
critical to mimic biological signaling systems. Mott memristors are attractive for constructing …

The human retina perceives and preprocesses the spectral information of incident light,
enabling fast image recognition and efficient chromatic adaptation. In comparison, it is …

In this study, we investigate the coexistence of short-and long-term memory effects owing to
the programmable retention characteristics of a two-dimensional Au/MoS2/Au atomristor …

Recognition and judgment of X-ray computed tomography (CT) images play a crucial role in
medical diagnosis and disease prevention. However, the storage and calculation of the X …

Optical synaptic devices are considered a preferred substitute to electrical synapses for low‐
energy, high‐efficiency neuromorphic computing (NC). However, most optical synapses …