Salt crystallization patterns in disordered nanopores
Curiosity-driven investigations around
phase transitions, soft matter physics, statistical physics, surface phenomena, porous media, fluid dynamics
etc., combining experiments and modelling.
Among other things, I have worked on
nucleation, cavitation, bubble dynamics, porous media, hydrogels, micro/nano-fluidics, pattern formation, capillary flows, biomechanics/biofluidics ...
Current focus
Water in nature and technology.
For example, I study how salty water behaves in confined situations (e.g. nanopores), with respect to dynamics and phase change (e.g. evaporation, salt precipitation etc.).
These phenomena are important in various contexts e.g. in geophysics, heritage conservation, plant sciences, atmosphere sciences etc.
See Projects for more details on these and other current/past projects.
Job / internship offers
How salt-infused nanosponges respond to humidity changes
L3 to M2; PhD
Bubble fronts in tree-like structures
L3 to M2; PhD
Humidity-controlled micro/nano-fluidics
L3 to M2; PhD
I have various other project ideas (experimental, theoretical and numerical) that can be developed within a few weeks/months/years,
so do not hesitate to
contact me
if you are looking for an internship / stage / thesis project!