Research fellow at Kirensky Institute of Physics, Federal Recearch Center “KNC SB RAS”, Russia
Dr. Anna V. Lukyanenko is a research fellow at the Kirensky Institute of Physics, Federal Research Center KNC SB RAS in Krasnoyarsk, Russia, where she specializes in low-dimensional silicon-based devices for spintronic and electronic applications. She holds a Ph.D. in Physics (2021), with a dissertation on multi-terminal ferromagnetic/Si hybrid structures, and graduated from the physics department of the Siberian Federal University in 2014. In parallel with her research, she serves as an Associate Professor at the Department of Solid State Physics at Siberian Federal University. Dr. Lukyanenko has led or contributed to numerous research projects funded by major national programs including the UMNIK program, MEGAgrant initiative, and RFBR grants. Her work focuses on quantum transport phenomena, hybrid material interfaces, and nanoscale characterization using scanning probe microscopy (SPM). Recognized for her contributions, she has received several prestigious awards including the 2025 Academician K.S. Alexandrov Prize, the Russian Presidential Scholarship (2021–2023), and the 2019 City Mayor’s Prize for Young Talents. She is also an active researcher with published work accessible via ORCID, ResearchGate, Scopus, and Web of Science.
Professional Profile:
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ORCID
Summary of Suitability for the Research for Best Researcher Award Candidate: Dr. Anna V. Lukyanenko
Dr. Anna V. Lukyanenko is an outstanding candidate for the Research for Best Researcher Award, demonstrating exceptional scientific leadership, innovation, and contributions to advanced materials science, spintronics, and low-dimensional semiconductor physics. Her research portfolio integrates high-level experimental work with theoretical insight, significantly advancing the understanding and application of hybrid nanoelectronic structures.
🎓 Education
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🧪 Ph.D. in Physics (2021)
Thesis: “Creation and research of multi-terminal ferromagnetic/Si hybrid structures devices.”
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🧑🔬 Postgraduate Studies (2018)
Kirensky Institute of Physics
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🎓 Bachelor’s Degree in Physics (2014)
Siberian Federal University, Physics Department
💼 Work Experience
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🔬 Research Fellow
Laboratory of Radio Spectroscopy and Spin Electronics, Kirensky Institute of Physics, SB RAS
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👩🏫 Associate Professor
Department of Solid State Physics, Siberian Federal University
🏆 Key Achievements
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⚙️ Significant contributions to the development of low-dimensional silicon-based devices for spintronics and quantum electronics
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🔬 Pioneered research in quantum transport, nanoscale morphology, and hybrid ferromagnetic/semiconductor systems
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🧫 Lead investigator in several competitive national research projects related to biomedical nanofabrication, polymer materials, and infrared plasmonics
🥇 Awards & Honors
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🏆 2025 – Academician K.S. Alexandrov Prize
For the study: “Investigation of Morphology Effects on Structural, Magnetic, and Transport Properties of Hybrid Structures Based on Ferromagnetic Thin Epitaxial Films”
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🏅 2021–2023 – Russian Presidential Scholarship for Young Scientists
For research on Si-NW transistor design and electrical characteristics (Principal Investigator)
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🏅 2023–2024 – Regional Fundamental Research Grant
Project: “Synthesis and Study of Epitaxial Ferromagnetic Manganese Germanide and Silicide Thin Films on Silicon Substrates”
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🧠 2023–2025 – Regional Theoretical and Experimental Research Grant
Project: “Planar Systems Exhibiting Charge-Transfer Plasmons in IR and THz Ranges”
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🥇 2019 – City Mayor’s Prize for Young Talents
In recognition of “Outstanding Achievements in Academic Research and Education”
🔬 Research Grants & Projects
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💡 UMNIK Grant (2018–2020) – Development of biomedical nanodisk fabrication using dip-pen nanolithography (PI)
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🌐 MEGAgrant Program (2019–2021) – World-class lab development under top scientists (Research Associate)
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🧵 RFBR Grant (2019–2021) – High-Tech Polymer Materials Research (Research Associate)
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⚛️ RFBR-Krasnoyarsk Grant (2020–2022) – Titanium Oxynitride Films and Microwave Devices (Research Associate)
🔍 Research Interests
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🧭 Low-dimensional semiconductor & spintronic devices
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🧲 Magnetic and transport properties of thin films
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⚛️ Silicon nanowire field-effect transistors (Si-NW FETs)
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🧠 Interface engineering and quantum transport phenomena
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🔬 Nanoscale structure-property analysis using SPM techniques
📚Publication Top Notes
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