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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 […] >>

    MASTER 2 INTERNSHIP PROPOSAL                                                               Characterization of dielectric/silicon interfaces                                                             using second harmonic generation                                                                                                      Starting date: February 2024                                                                                                     Duration: 5-6 months The microelectronics and optoelectronics industry relies on complex dielectric/silicon stacked  structures. Such structures, which are needed in cameras, displays, MOS transistors, …, must have very well-defined material properties but also […] >>

PHOTONIC PHYSICAL UNCLONABLE FUNCTIONS FOR SECURE NEUROMORPHIC PHOTONIC ACCELERATORS The rising needs of processing information at the edge for low latency, high speeds, and energy efficiency purposes leveraging edge-computing as well as IoT devices (75 billion expected by 2025) for data collection and processing demands for more robust and reliable security layers to guarantee hardware […] >>

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