Cavity-mediated strong coupling is an essential element for quantum photonic technologies,
but there are multiple challenges to creating scalable device platforms in which multiple …

Photonic crystal (PhC) structures are often fabricated on epi-wafers with a heterostructure to
realize various micro-or nanophotonic devices by dry etching processes. We discuss the dry …

The use of photonic crystal (PhC) to form photonic bandgaps is expected to be applied to
optical communications, and various studies have been conducted on this technology. In a …

Cavity optomechanics examines the mutual interaction between light and mechanical
motion for controlling mechanical resonators down to the quantum regime. A major …

We fabricated a photonic crystal (PC) laser having a circular defect cavity and a line defect
output waveguide based on a heterostructure consisting of a slab layer with quantum dots …

In this paper, we investigate the fabrication of high aspect ratio photonic crystal air holes in
AlGaAs materials using general inductively coupled plasma (ICP) dry etching system. We …

Les progrès récents des nanotechnologies permettent d'envisager de nouvelles générations
de diodes laser. L'objectif de cette thèse est d'étudier l'apport des cristaux photoniques …

This dissertation addressed the research of the dry etching process for fabricating photonic
crystal (PhC) structure in a GaAs/AlGaAs-based epi-wafer and optical measurement of the …

We present calculations of the Raman intensities scattered by the phonons of the mixed
crystals Ga1–xAlxAs for five small concentrations up to x= 0.14, away from resonance …