Building energy-efficient quantum dot-based LEDs through rational optimization PhD Student: Diogo Almeida Year of the defense: 2028 Funding: Team(s): Chemical Physics and Dynamics of Surfaces Teams’ Page of thesis : Chemical Physics and...
Energy / Experimental / Internship M2
by web-oxydes · Published 24 September 2025 · Last modified 7 October 2025
Hot electron injection and defect control in Au–TiO₂ nanocomposites probed by ultrafast transient absorption spectroscopy Supervisor : Anna Levy, Greg Cabailh, Olivier Pluchery – levy@insp.jussieu.fr, gregory.cabailh@sorbonne-universite.fr, pluchery@insp.jussieu.fr Keywords : Energy, Experimental, and Internship M2...
Infrared sensing with enhanced light matter coupling using quantum dot Supervisor : Emmanuel LHUILLIER – el@insp.upmc.fr Keywords : Internship M2 – Gratification : Oui Click on “description” for full document Scientific project: Quantum dots,...
Quantum engineering of narrow band gap nanocrystals for Infrared optoelectronics Supervisor : Emmanuel LHUILLIER – el@insp.upmc.fr Keywords : Internship M2 – Gratification : Oui Click on “description” for full document Keywords: Nanocrystals, device, LED,...
Scientific Result – CNRS Physique In a long-term study carried out on the International Space Station (ISS), researchers were able to study precisely the physico-chemical factors influencing the long-term stability of foams by avoiding...
On Tuesday, July 22, 2025, INSP welcomes high school seniors from abroad. The program includes a guided tour of the laboratory, focusing on the following themes and platforms: Quantum optics Surface science Foams Manipulating...
In our environment, we find many types of lamellar materials, from lamellar polymers to superimposed biological membranes and smectic liquid crystal materials. They are all governed by the same free energy expression, which generally...
Analysing nanoparticles with optical microscopy is a challenge: indeed, those nanoparticles are 10 times smaller than the theoretical resolution of any microscope, the diffraction limit. This limit is around 300 nm in our case....
The morphological transition from disordered or irregular solidification microstructures to regular shapes in partially faceted eutectic alloys is an important phenomenon in the metallurgy of industrial alloys (e.g., aluminum-based). For a better understanding of...
Modeling and kinetic Monte Carlo simulations of silicene epitaxy PhD Student: Kejian Wang Year of the defense: 2026 Funding: Team(s): Chemical Physics and Dynamics of Surfaces Teams’ Page of thesis : Chemical Physics...
