With the booming growth of artificial intelligence (AI), the traditional von Neumann
computing architecture based on complementary metal oxide semiconductor devices are …

In today's new era, multifunctional devices are most prominent due to their compact design,
reduction in operating cost, and reduced need of being limited to single functional devices …

An oxidizable metal diffusion barrier inserted between the active metal electrode and the
switching layer decreases the electroforming voltage and enhances the switching stability …

All oxide-based transparent flexible memristor is prioritized for the potential application in
artificially simulated biological optoelectronic synaptic devices. SnOx memristor with HfOx …

Artificial synapse with good linearity is a critical issue in conductive bridging random access
memory (CBRAM) synaptic device to accomplish an efficient learning approach in the …

Because of the continual advancements in the artificial intelligence technology, its practical
applications (eg, in computer vision, health care, and pattern recognition) are expanding …

Memristor devices that can operate at high speed with high density and nonvolatile
capabilities have great potential for the development of high data storage and robust …

An optoelectronic synaptic device based on the ITO/Zn2SnO4 (ZTO)/ITO structure is
fabricated which integrates the electronic memory and optical sensing properties along with …

Ta 2 O 5 memristors exhibit bipolar switching properties attributable to the growth and
destruction of oxygen vacancy filaments (OVFs). The transmission properties of biological …

Emerging nanoscale devices, including memristors, have been extensively studied to
implement biological synaptic functions such as learning and plasticity, which are the …