News :

New approach to develop selective surfaces for biosensors. Application to life sciences.     Keywords: Biosensor, Sensitive surface, Functionalization, Microelectronics, Optics, Nano, simulation  and characterization of components. Location: CROMA laboratory (UMR 5130). Supervisors: Olivier Lavastre, Edwige Bano (CROMA) and Valérie Stambouli (LMGP). Period and duration: Spring 2025, 6 months (for M2) or 3 months (for […] >>

      Study of selective contacts and p-type connection layers based on indium-free transparent  conductive oxides for 2T tandem cells For the development of new efficient p-type TCO thin films as key step toward transparent electronic, the internship focuses on the development of a p-type oxide thin film material for solar applications. Context : […] >>

   Master 2 thesis/ PFE  –  5 to 6 months            Measuring protein adsorption on surfaces with integrated optical sensors 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 immuno-assays. Because of their tendency […] >>

MASTER 2 – Duration: 6 months  -Start period: February/ March 2025 Possibility of PhD thesis Context : In the context of spintronics, graphene is considered an ideal platform thanks to its very weak spin-orbit coupling (SOC), which allows spin scattering lengths of up to a few tens of micrometers [1]. For the same reason, however, […] >>

  M2 INTERSHIP Silicon Carbide microelectrode array for neural interfacing   Electric brain computer interfaces are based on electrode that collect or stimulate the neural activity. For two decades many types of intracortcial microelectrode arrays have been developed  nevertheless long lasting neural implants are still missing to allow a proper of this technology toward clinical […] >>