Memristive devices have the potential for a complete renewal of the electron devices
landscape, including memory, logic, and sensing applications. This is especially true when …

During the fast switching in Ge2Sb2Te5 phase change memory devices, both the
amorphous and fcc crystalline phases remain metastable beyond the fcc and hexagonal …

Memristors have recently generated significant interest due to their potential use in
nanoscale logic and memory devices. Of the four passive circuit elements, the memristor (a …

Herein, a finite element simulation framework for phase‐change memory devices that
simultaneously solves for current continuity, electrothermal heating, and crystallization …

Nanocrystalline silicon microwires are self-heated through single, large amplitude, and
microsecond voltage pulses. Scanning electron micrographs show very smooth wire …

This comprehensive study provides a detailed review toward ongoing research on emerging
non-volatile memory technologies based nano-oscillators, ie, from the perspective of …

Phase change memory (PCM) is one of the most promising non-volatile memory
technologies in the marketplace today and offers tremendous potential for high speed …

We study thermal-piezoresistive cooling in silicon micromechanical resonators at large
currents and high temperatures. Crossing a thermal transition region corresponds to a steep …

Scalability of silicon-based phase-change oscillators is investigated through experimental
and computational studies. These relaxation oscillators are composed of a small volume of …

Recent technological advances in fabrication processes have allowed for the production of
solid-state devices with dimensions as small as~ 10 nm. Improving the functionality and …