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Work Background
Institute for MicroTechnology - BucharestReasearcher III (R2)
Oct. 2019 - Mar. 2025Romania, VoluntariMeasuring the power transfer from the surface acoustic wave(SAW) to the spin wave(SW) in a SAW device with a magnetic Ni layer in-between its interdigital transducers. Automatic processing of measured data in GNU-Octave/Matlab. Author and co-author of 6 papers. Prize received at the IEEE CAS 2024 conference for the best paper of the microwave section. Supervisor: Dr. Alexandru MÜLLER.
Institute for Nuclear Physics - Horia HulubeiResearcher (R1)
Jan. 2016 - Jan. 2019RomaniaAnalytic solving of the energetic bands in semiconductor heterojunctions. Learning the elasticity fundamentals which later lead me to the understanding of surface acoustic waves devices. Co-author in one paper. Supervisors: Dr. Victor BARSAN, Prof. Dr. Dragos ANGHEL and Dr. Sergiu COJOCARU.
Continental Corporation AutomotiveSoftware Engineer
Dec. 2013 - Jan. 2019Romania, Timişoara
CEAResearch Engineer
Jan. 2011 - Jan. 2012France, GrenobleTesting the T. Valet SpinFlow3D, the first simulation software coupling the electrons spin transport with magnetization dynamics in magnetic nanostructures. Supervisor: Prof. Liliana PREJBEANU
Universitat de BarcelonaPostdoctoral Researcher
Feb. 2010 - Dec. 2010Spain, BarcelonaStudy of the theoretical and experimental approaches on the coupling between the electrons spin transport and magnetization dynamics in magnetic nanostructures. Writing the first author Rapid Comm. Phys. Rev. B
article related to the PhD work. Supervisors: Prof. José Miguel RUBI and Prof. Jean - Eric WEGROWE.
École PolytechniqueDoctoral Student (Physics)
Sep. 2005 - Jan. 2010France, PalaiseauRole of magnetic inertia in damped macrospin dynamics:
• Analytical model development on the magnetization dynamics submitted to magnetic fields and thermal fluctuations using the Mesoscopic Nonequilibrium Thermodynamics theory developed by the Barcelona research group. A new phenomenon was discovered theoretically for time scales smaller than the picosecond. The model was later published in
Rapid Comm. Phys. Rev. B and now (March 23, 2026) has 191 citations.
• Electrical measurements of silicon nanowires embedded in an alumina membrane. The conductance was measured as a function of the injected DC current and applied magnetic field at temperatures varying between 4 and 300 K.
• Author and co-author in 8 papers. Supervisors: Prof. Jean-Eric WEGROWE and Prof. José Miguel RUBI
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Program Manager @ British Embassy Bucharest