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...
Coarsening of bubbly suspensions and foams: the interplay of capillarity and yield stress PhD Student: Nicolò Galvani Year of the defense: 2024 Funding: Team(s): Chemical Physics and Dynamics of Surfaces Teams’ Page of...
Today, nanocrystals are establishing themselves as a versatile solution for the manufacture of next-generation of optoelectronic devices such as LEDs, photodetectors and photovoltaic cells. Recent work even suggests that ordered assemblies of nanoparticles, known...
Nanoparticle/liquid crystal composites for new types of photovoltaic devices PhD Student: Muyan Zhou Year of the defense: 2028 Funding: Team(s): Chemical Physics and Dynamics of Surfaces Teams’ Page of thesis : Chemical Physics...
Multiscale simulation of CVD epitaxial growth of semiconductor materials PhD Student: Vanessa Batibuka Teza Year of the defense: 2028 Funding: Team(s): Chemical Physics and Dynamics of Surfaces Teams’ Page of thesis : Chemical...
Mid-Wave infrared detectors based on nanocrystals PhD Student: Year of the defense: 2027 Funding: CIFRE Lynred ED 397 Team(s): Chemical Physics and Dynamics of Surfaces Teams’ Page of thesis : Chemical Physics and...
owards a nanocrystal-based infrared imager integrating spectral filtering functions PhD Student: Albin Colle Year of the defense: 2027 Funding: DGA ED397 Team(s): Chemical Physics and Dynamics of Surfaces Teams’ Page of thesis :...
Ultrafast phase-change materials for single-photon sources PhD Student: Ilaria Delbono Year of the defense: 2027 Funding: ED 397 Team(s): Chemical Physics and Dynamics of Surfaces Teams’ Page of thesis : Chemical Physics and...
Un consortium de chercheurs et chercheuses a mis au point de nouveaux matériaux colloïdaux avec une structure cœur-coquille qui leur confère la stabilité nécessaire pour une utilisation à long terme dans des caméras infrarouges....
