| First name: | Alexandr (Oleksandr until 2014) |
| Family name: | Stupakov |
| Born: | 30th January 1977 |
| Degree: | M.Sc., Ph.D. |
| Marital status: | married, have son |
| Citizenship: | Czech Republic (EU) |
| Languages: | English, Czech (fluent); Russian, Ukrainian (native). |
| 10.2001 – 6.2006 | Charles University, Faculty of Mathematics and Physics, Department of Electronic Structures, Prague, Czech Republic Thesis “Investigation of magnetic processes of structure degraded ferromagnetic materials” Ph.D. in the field of Physics of Condensed Matter and Material Research. |
| 9.1999 – 7.2000 | Donetsk State University, Faculty of Physics, Pedagogical Department, Donetsk, Ukraine Diploma of Pedagogue of Physics and Informatics. |
| 9.1994 – 8.1999 | Donetsk State University, Faculty of Physics, Theoretical Department, Donetsk, Ukraine Diploma “Local electron states on the twin boundary” M.Sc. in the field of Physics (with honors), physicist-engineer. |
| 9.1992 – 7.1994 | National Lyceum under Donetsk State University, Specialization Physics, Donetsk, Ukraine. |
| 9.2001 – present | Institute of Physics of the Czech Academy of Sciences, Department of optical and biophysical systems, Prague, Czech Republic Scientist Magneto-resistive study of epitaxial perovskite films and heterostructures under optical excitation; Magnetic measurements and magnetization dynamic: hysteresis, Barkhausen noise and magneto-acoustic emission. |
| 11.2006 – 11.2008 | Tohoku University, Institute of Fluid Science, Advanced Systems Evaluation Laboratory, Sendai, Japan JSPS postdoctoral fellow Evaluation of industrial variations and degradation of ferromagnetic materials by magnetic methods. |
| 9.2005 – 11.2005 | Iwate University, Faculty of Engineering, Non-Destructive Evaluation & Science Research Center, Morioka, Japan Scholar Researcher Development of magnetic measurement system on the base of single-yoke magnetizing setup. |
| 9.2000 – 7.2001 | Donetsk State University, Faculty of Physics, Pedagogical Department, Donetsk, Ukraine Lecturer assistant Courses of general physics: mechanics, thermodynamics, optics. |
| 11.1999 – 9.2001 | Institute for Physics and Engineering, Ukrainian Academy of Science, Department of Phase Transitions, Donetsk, Ukraine Researcher Investigation of pressure-induced spin state transitions in iron-based metalloorganic compounds. |
| 1.2020 – 12.2022 | Standard team project GA20-21864S of Czech Science Foundation (GAČR) - 186,000 EUR Study of nickelate thin films and multilayers for development of novel electro-optical devices. |
| 2.2013 – 12.2015 | Standard team project GA13-18993S of Czech Science Foundation (GAČR) - 133,000 EUR Development and testing of new systems for field-referred measurement of magnetic Barkhausen noise at controllable magnetization conditions. |
| 1.2009 – 12.2011 | Individual postdoctoral project GA102/09/P108 of Czech Science Foundation (GAČR) - 33,000 EUR Development of a new system for measurement of open-circuit ferromagnetic samples with controlled magnetization waveform. |
| 11.2006 – 11.2008 | Postdoctoral fellowship P06377 of Japan Society for the Promotion of Science (JSPS) - 86,000 EUR Evaluation of industrial variations and degradation of ferromagnetic materials by magnetic methods. |
| 2006 | Postdoctoral fellowship of Japan Society for the Promotion of Science (JSPS). |
| 2012 | Award of president of the Czech Science Foundation (GAČR). |
| 2016 | IOP Outstanding Reviewer Award from Measurement Science and Technology journal. |
| 1) | Development, assembling and programming of magnetic measurement systems: inductive hysteresis, Barkhausen noise, magneto-acoustics emission; experience with magnetic field generation and measurement (Hall sensors and H-coils), GPIB/RS232 control, digital data evaluation (feedback control of magnetization waveform, Fourier transform, filtering, fitting, smoothing). |
| 2) | Operation of industrial measurement systems: Quantum Design SQUID (magnetic moment), Quantum Design PPMS (resistivity/thermal transport), aixACCT piezoelectric analyzer with a double-beam interferometer, Linkam temperature stage, HP LF impedance analyzer. |
| 3) | Software: LabVIEW, Origin, LaTeX, MathCad, FEMM. |