About
In our group we aim to understand polymeric materials properties at various length scales. By integrating polymeric materials within nanoscale metric porous matrices and characterize their performance, we set forth new ways to think about membrane design and fabrication for a variety of applications such as pervaporation, solvent filtration, water desalination and gas separation.
,br> We study interesting phenomena pivotal to fabrication of organized 3D matrices and for vacuum-based polymer synthesis. If keywords such as surface science, nanotechnology, transport phenomena, self-assembly, and stimuli-responsive functional polymers excite you, browse our page to learn more about our works and identify opportunities to work and collaborate with us.
,br> We study interesting phenomena pivotal to fabrication of organized 3D matrices and for vacuum-based polymer synthesis. If keywords such as surface science, nanotechnology, transport phenomena, self-assembly, and stimuli-responsive functional polymers excite you, browse our page to learn more about our works and identify opportunities to work and collaborate with us.