With the fast development of multi-band detection technology, the demand for multi-band
stealth technology with thermal management in military and civilian fields is increasing …

Metasurfaces based on chalcogenide phase-change materials offer a highly promising route
towards the realization of non-volatile reconfigurable metasurfaces. However, since their …

The phase transition (PT) in phase change materials (PCMs) can be triggered by external
stimuli, eg, light or heat, resulting in a drastic change in their physical properties, such as …

Flexible electronics which are easy to manufacture and integrate into everyday items require
suitable memory technology that can function on flexible surfaces. Herein, the properties of …

Abstract An advanced coupled Mechano-Electro-Thermal Phase Field model is presented to
capture the crystallization/amorphization of phase change nanofilm under external voltage. It …

We investigate the non-isothermal crystallization kinetics of Sb 70 Se 30 thin films using
differential scanning calorimetry and determine the kinetic triplet of Sb 70 Se 30 thin films at …

Phase change memory devices are used in applications for neuromorphic computing as
artificial synapses. However, the cycle-to-cycle variability of the partial SET operations, likely …

Interconnect lines of integrated circuits inevitably exist micro-damage, such as voids,
inclusions or cracks. Under the effect of different intrinsic physical mechanisms as well as …

Memristive hardware with reconfigurable conductance levels are leading candidates for
achieving artificial neural networks (ANNs). However, owing to difficulties in device …

The variability of nonvolatile memory becomes more important as memory capacity
increases. This is because, in general, individual device variability increases with scaling …