Our Team
One by one, all of the components of our driving force
One by one, all of the components of our driving force
Fluid Physics, Rheology, Tribology, Non-Newtonian Fluids, Magnetic Colloids, Nanoscience, Magnetorheology, Soft Matter
Magnetic particles, Magnetorheology, Colloid and Interfaces, Particle Engineering
Bio-based Polymers, Multi-Functional Biomaterials, 3D Scaffolding Systems, Stimuli-Responsive Actuation, In vitro Biocompatibility, 3D Cell Culture
Numerical and Experimental Investigation of Magnetorheological Fluids and Ferrofluids
Additive Manufacturing, System Prototyping for Magnetic Control
Directed Self-assembly under Non-stationary Magnetic Fields
Bioinspired Self-Healing Hydrogels for Tissue Repair and Therapeutic Applications
Tuning Model Colloidal Gels by External Magnetic Fields: Applications in Tissue Engineering. Magnetically Actuated Tissue Engineered Scaffolds
Magnetic Biomaterials applied to Tissue Engineering
Restoration of aquatic ecosystems by means of magnetic nanoparticles
Tuning Model Colloidal Gels by External Magnetic Fields: Applications in Cancer Treatment
Post-Doctoral Fellows
PhD Students
Graduate Students
Visiting Researchers