Nabil LABCHIR got, in 2015 and 2017, his B.S and M.S. degrees in Physics from Cadi Ayyad (Marrakech) and Hassan II (Casablanca) Universities, (Morocco), respectively, marking the beginning of a fruitful career in academia. He received an international PhD in Materials Science, Microelectronics, Photonics & Microwaves from Lyon University and Ibn Zohr University in 2021. His PhD dissertation was focused on the development of self-biased magnetic nanowires dedicated to the fabrication GHz devices required for wireless telecommunication. After, from Sep 2020 to Jan 2021, he was an associate researcher at IM2NP-CNRS in Aix-Marseille university, France, where he studied piezoelectric PZLT thin films at SOLEIL Synchrotron. Then, from Feb 2021 to Mar 2022, he continued his research as post-doc fellow at C2N-CNRS in the university of Paris-Saclay (France). Within C2N, he developed a surface passivation technique on nanostructured InP that is extensively used in the fabrication of photonic devices. Since March 2023, he has been assigned as a Researcher in collaborative projects between CEA Leti, LTM-CNRS, CRHEA, MINES ParisTech (France). In this experiences, he perfected the scalable fabrication process of GaN-based µLEDs on 200 mm wafers dedicated to µdisplays. Significant contributions to the scientific community were achieved, having published more than 28 papers in indexed journals. Additionally, he has actively participated in numerous international conferences, further establishing his presence on the global stage and fostering collaborations that drive innovation and progress in different scientific fields. He has also participated in the organization of a series of international conferences, Some contributions to the academic community have been achieved as well through his diligent work as a peer reviewer, having reviewed more than 30 papers for over 10 reputable journals in the field of nanomaterials science and optoelectronic devices.
Currently, his research interests include growth of III-nitride and oxide semiconductors, 2D materials, optoelectronic devices (resonators, circulators, LEDs, etc), micro-nanofabrication, solar cells, and so on and so forth.
