Electronic technologies that can operate in harsh radiation environments are important in
space, nuclear and avionic applications. However, radiation-hardened (rad-hard) integrated …

Memristors, and other emerging memory technologies, can be used to create energy-
efficient implementations of neural networks. However, for certain edge applications (in …

A model device based on an epitaxial stack combination of titanium nitride (111) and
monoclinic hafnia (11 1¯) is grown onto ac‐cut Al2O3‐substrate to target the role of grain …

Hafnium oxide-and GeSbTe-based functional layers are promising candidates in material
systems for emerging memory technologies. They are also discussed as contenders for …

This work investigates the transition from digital to gradual or analog resistive switching in
yttrium oxide‐based resistive random‐access memory devices. It is shown that this transition …

Resistive random access memory (RRAM) devices with Ni/AlOx/Pt-structure were
manufactured by deposition of a solution-based aluminum oxide (AlOx) dielectric layer …

Metastable phases can exist within local minima in the potential energy landscape when
they are kinetically “trapped” by various processing routes, such as thermal treatment, grain …

This work addresses the thermal stability of bipolar resistive switching in yttrium oxide-based
resistive random access memory revealed through the temperature dependence of the DC …

Embedded memory, which heavily relies on the manufacturing process, has been widely
adopted in various industrial applications. As the field of embedded memory continues to …

Multiple building components with a variety of switching capabilities are required to
implement memory-driven parallel computing architecture and multifunctional device …