The in‐memory computing paradigm aims at overcoming the intrinsic inefficiencies of Von‐
Neumann computers by reducing the data‐transport per arithmetic operation. Crossbar …

Electronic switches based on the migration of high-density point defects, or memristors, are
poised to revolutionize post-digital electronics. Despite significant research, key …

Write-variability and resistance instability are major reliability concerns impeding
implementation of oxide-based memristive devices in neuromorphic systems. The root …

The past decade has seen a growing trend toward utilizing (quasi) van der Waals growth for
the heterogeneous integration of various materials for advanced electronics. In this work …

Recent advances in superconducting qubit technology have led to significant progress in
quantum computing, but the challenge of achieving a long coherence time remains. Despite …

A biological nociceptor functions as a sensory neuron receptor that detects external stimuli
and transforms information to the central nervous system, prompting an appropriate …

Neuromorphic systems based on memristor arrays have not only addressed the von
Neumann bottleneck issue but have also enabled the development of computing …

The ability to model the resistive switching devices depends on input material parameters
and is particularly sensitive to values of electrical conductivity of the functional material as a …

Understanding the physical changes during electroformation and switching processes in
transition-metal-oxide-based non-volatile memory devices is important for advancing this …

Memristive technologies offer fascinating opportunities for unconventional computing
architectures and emerging applications. While memristive devices have received …