Gennadi N. Lukyanov: From electromagnetic models to infrared measurements
Gennadi N. Lukyanov
Gennadi N. Lukyanov connects the mathematical and experimental sides of Aires resonator research. His publications trace the patterned semiconductor from early field models through laboratory collaborations to the 2026 infrared experiment.
Research credentials and attribution
The original publications identify Lukyanov with ITMO University. The 2018 journal paper lists him as Doctor of Engineering and Professor; the 2026 paper identifies ITMO’s Faculty of Control Systems and Robotics. ITMO’s own reporting also documents his work in sensor technologies. ITMO report on Lukyanov’s sensor research.
2007–2018: models, laboratory work and biological collaboration
- The 2007 self-affine-surface paper
- the 2016 distributed-computing study
- the 2018 VGTU conference paper
- the 2018 rat chromosome-aberration paper
- Original 2007 paper
- Original conference paper
- Original biological publication
2022: the published semiconductor-response model
2026: direct infrared measurements
- Read the experimental overview
- Follow the emissivity analysis
- Read the published paper
- Author manuscript
Open the companion researcher article
Connected research and researchers
- The physical research program
- Igor Serov: the research framework
- Alexander Kopyltsov: mathematical modeling
Researcher directory · How the research developed · Research overview
Research identity and original records
ITMO’s researcher record lists Gennadi N. Lukyanov and the 2026 thermal-imaging chapter, the 2023 volume containing the semiconductor-response model, and earlier materials and biological collaborations. ITMO researcher profile and publication list.
- Original 2007 paper
- Original conference paper
- Original biological publication
- Read the Springer chapter
- Read the published paper
- Author manuscript
Researcher directory · Complete research archive · Follow the development from physics to biology
Updated October 26, 2026 · Josh, Aires. Research authors, institutional affiliations and findings are identified from the linked records.