The global demand for radio frequency (RF) modules and components has grown
exponentially in recent decades. RF switches are the essential unit in RF front-end and …

Advancements in nanofabrication processes have propelled nonvolatile phase change
materials (PCMs) beyond storage‐class applications. They are now making headway in …

Phase change materials are of great interest as active layers in rewritable optical disks and
novel electronic nonvolatile memories. These applications rest on a fast and reversible …

In this paper a set of computational tools for identifying the phases contained in a system
composed of atoms or molecules is introduced. The method is rooted in graph theory and …

Based on ab initio molecular-dynamics simulations, we generated models of liquid and
amorphous Sb 2 Te 3 of interest for applications as phase change material in optical and …

Improvements to the GeTe inline phase-change switch (IPCS) technology have resulted in a
record-performing radio-frequency (RF) switch. An ON-state resistance of 0.9 Ω (0.027 Ω …

The application of amorphous chalcogenide alloys as data‐storage media relies on their
ability to undergo an extremely fast (10–100 ns) crystallization once heated at sufficiently …

Multilevel storage techniques are promising for increasing storage density and for reducing
energy consumption in the application of phase‐change materials based memory devices …

A contending technology for nonvolatile memories of the next generation is based on a
remarkable property of chalcogenide alloys known as phase change materials, namely their …

A high performance RF (radio-frequency) switch based on the phase change effect in
germanium-telluride (GeTe) is described. Thermal pulses applied to a separate independent …