All-dielectric photonics is a rapidly developing field of optics and material science. The main
interest at visible and near-infrared frequencies is light management using high-refractive …

Selective oxidation of the silicon element of silicon germanium (SiGe) alloys during thermal
oxidation is a very important and technologically relevant mechanism used to fabricate a …

We show that a newly developed high temperature, ultra-low rate oxidation process can
produce homogeneous, fully strained, defect-free and perfectly flat Silicon Germanium (Si 1 …

We report a novel approach for engineering tensely strained Si layers on a relaxed silicon
germanium on insulator (SGOI) film using a combination of condensation, annealing, and …

Superior properties for complex photonic integrated circuits can be obtained by materials
other than silicon but compatible with established silicon electronics, eg, germanium. In this …

Compliant substrates are one of the many promising lattice engineering approaches for
hetero-epitaxy. There are many approaches to realize such compliant substrates. Silicon-on …

High-speed photodetectors with improved external quantum efficiency are the subject of
intense research, particularly for cutting-edge applications such as facial recognition and …

Le stage consiste en un développement d'un procédé combinant épitaxies Si et Ge,
oxydations et recuits pour obtenir du SiGe sur oxyde (SGOI) puis pouvoir réaliser cette …

Compliant substrate is one of the most promising approaches for heteroepitaxy of the
semiconductor devices. SO! wafer is the only commercial structure used for the compliant …