News : FMNT

                    MASTER  2 iNTERNSHIP OPENING in 2024 ( followed by PhD position)                                        Development of methods for characterization and modeling of  complex media in the THz domain                     […] >>

                                                INTERNSHIP PFE or de MASTER  -2024                                                                                               Impedancemetric measurements for water pollution sensors – models to determine the frequency characteristics of pollutants   Keywords: HF characterization, biomedical devices, Biosensor, impedance spectroscopy, environmental […] >>

                                                         Master 2  Internship            Optical characterization and optical communication experiment   Recent technological developments opened the way to exploitable systems operating at ultra-high frequencies (100GHz and above). Several applications such as next generation wireless communication systems, spectroscopes and Radars require continuous radio signals. Electrical sources, although having exceptional properties, struggle to access very […] >>

                                                    MASTER 2 THESIS /PFE                                                                                                                                                     (5 to 6 months) Study of protein adsorp0on on surfaces by means of an integrated photonic sensor   The adsorption of proteins on surfaces plays an important role in the biomedical field [1]. For diagnostics, the control of the adsorption of immobilized capture antibodies is crucial for accurate […] >>

 Postdoctoral subject: : Development of Atomic Force Microscopy techniques for the characterization of piezoelectric semiconductor materials – Applications in energy conversion     Keywords: AFM, Semiconductor Physics and technology, Nanotechnologies, Nanowires, Piezoelectricity, Multiphysics simulation. Description of the project: Semiconductor piezoelectric nanowires (NWs) (GaN and ZnO among others) have improved piezoelectric properties compared to thin films […] >>