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IEPT or Master’s Internship – 2020 Title : Improvement of the determination of the physical profile of a soil, resulting from a measurement with a radiofrequency probe, by an optimized inverse calculation and machine learning Keywords: Machine learning, Databases, electromagnetism, material characterization, physical models Location : IMEP-LaHC Minatec – 3, parvis Louis Néel, BP 257, […] >>

                                                      Master thesis -Master Recherche / PFE                                                                              (5 to 6 month)                                                      Dispersion characterization of active glass waveguides IMEP-LaHC is working on integrated optics since a few decades and is one of the leading laboratories in the field of photonics on glass. A current objective of the team “PHOTO” of this institute is to […] >>

                                                           Master thesis – Master Recherche / PFE                                                                                (5 to 6 month)                                                               Micro-heaters for integrated laser tuning IMEP-LaHC is working on integrated optics since a few decades and is one of the leading laboratories in the field of photonics on glass. A current objective of the team “PHOTO” of this institute is to […] >>

Skyrmions in thin films are spin textures across which the magnetization follows a cycloid with a unique sense of rotation, known as chirality. These specific magnetic patterns can be stabilized in various kinds of materials, and particularly in ultrathin trilayers with no inversion symmetry (e.g. heavy metal/ferromagnet/oxide) exhibiting simultaneously an interfacial interaction called Dzyaloshinskii-Moriya (DMI) […] >>

This internship project aims on unveiling microscopic mechanisms of spin-orbit phenomena including perpendicular magnetic anisotropy in order to help optimizing spin-based memory applications and provide the scientific underpinnings of next generation energy efficient, ultrafast and ultrasmall spintronic devices. >>