Artificial neuronal devices are critical building blocks of neuromorphic computing systems
and currently the subject of intense research motivated by application needs from new …

Bioinspired tactile devices can effectively mimic and reproduce the functions of the human
tactile system, presenting significant potential in the field of next‐generation wearable …

Numerous efforts for emulating organ systems comprised of multiple functional units have
driven substantial advancements in bio‐realistic electronics and systems. The resistance …

Artificial nociceptors with biologically complex sensory functions show intriguing potential in
the growing fields of humanoid robotics and intelligent prosthetics. However, conventional …

An artificial nociceptor, as a critical and special bionic receptor, plays a key role in a
bioelectronic device that detects stimuli and provides warnings. However, fully exploiting …

The neuromorphic vision system that utilizes spikes as information carriers is crucial for the
formation of spiking neural networks. Here, we present a bioinspired flexible artificial spiking …

With rapid advancement and deep integration of artificial intelligence and the internet-of-
things, artificial intelligence of things has emerged as a promising technology changing …

Heat dissipation is a natural consequence of operating any electronic system. In nearly all
computing systems, such heat is usually minimized by design and cooling. Here, we show …

A wide variety of low‐dimensional nanomaterials with excellent properties can meet almost
all the requirements of functional materials for information sensing, processing, and …

Nociceptors, crucial sensory receptors within biological systems, are essential for survival in
diverse and potentially hazardous environments. Efforts to replicate nociceptors through …