of Statistical Mechanical techniques to
Specific lines of research:
- Development and application
of analytic theories for polymer adsorption (see the presentation).
of Density Functional Theories (SCMF) to polymer adsorption, surfactant
aggregation, as well as to general inhomogeneous systems (see
- Molecular Dynamics
simulations of termophysical equilibrium and transport properties of aqueous
- Development of mesoscopic
models for the dynamics of complex systems (DPD) (see the
- Low Reynolds number
hydrodynamics (application of the Bedeaux-Mazur induced forces method)
- Acquisition of Physico-Chemical
fundamental knowledge of systems microscopically complex.
- Provide estimates of Physico-Chemical
properties useful for Chemical, Pharmaceutical, Biomedical and Materials
- Diffusion of knowledge.
- Education of PhD students in
the tools useful for research and development activities related with the