Neuromorphic materials are promising for fabricating artificial synapses for flexible
electronics, but they are usually expensive and lack a good combination of electronic and …

The artificial nervous system includes electronic devices designed to simulate the functions
of the biological nervous system, thereby endowing them with the ability to perceive …

In general, inorganic non‐metallic materials exhibit brittleness, and achieving plasticity in
wide‐gap semiconductors or dielectrics poses an even greater challenge. Historically, silver …

Biomaterials‐based electronic devices (BEDs) have remarkable advantages such as
biocompatibility and biodegradability, which are expected to have promising prospects in …

Flexible memristor-based neural network hardware is capable of implementing parallel
computation within the memory units, thus holding great promise for fast and energy-efficient …

In recent years, the emergence of memory devices, especially resistive random-access
memories (RRAM), has been a front-runner in many technological applications. This is due …

The most salient features of resistive switching (RS) devices are low energy consumption,
fast switching speed, and high-density integration, which render them promising candidates …

The flexible biomimetic sensory system inspired by biology exhibits learning, memory, and
cognitive behavior toward external stimuli, providing a promising direction for the future …

Conventional computing systems based on von Neumann architecture face challenges such
as high power consumption and limited data processing capability. Improving device …

In the ever-expanding digital landscape, efficient solutions are needed that offer mass-
producible, high-density, and low-power data storage capabilities to fulfill the growing …