Igor N. Serov: Resonator physics and the biological-protection framework
Igor N. Serov
Igor N. Serov’s work connects the patterned-semiconductor concept with mathematical modeling, physical experiments and biological investigations. His co-authored publications provide a direct thread through several decades of Aires research.
Research credentials and attribution
The 2018 chromosome-aberration paper identifies I. N. Serov as president of the Aires Human Genome Research Foundation. The 2022 Springer chapter names him in full as Igor Serov, with the Foundation affiliation.
Physical models across research generations
- The 2007 paper with Lukyanov and Kopyltsov
- the 2018 VGTU conference paper
- the Springer semiconductor-response chapter, first online in 2022
- Original 2007 paper
- Original 2018 conference paper
- Springer publication
Biological endpoints alongside the physics
- the 2014 EEG paper with Vladimir Sysoev
- the 2018 rat chromosome-aberration publication
- Original EEG publication
- Original chromosome-aberration paper
The research thesis and PACE assessment
- Serov’s biological-protection framework
- PACE reviewed this framework in 2019
- Original framework
- Original PACE peer review
Connected research and researchers
- Physics and engineering collection
- Vladimir Sysoev: human neurophysiology
- Gennadi Lukyanov: modeling and measurement
Researcher directory · How the research developed · Research overview
Research identity and original records
The 2019 Ecological Genetics paper identifies Igor N. Serov with the Aires Human Genome Foundation. Its author list connects him with the Pavlov Institute biological team and Alexander Kopyltsov. Ecological Genetics author record.
- Original 2007 paper
- Original 2018 conference paper
- Springer publication
- Original EEG publication
- Original chromosome-aberration paper
- Original framework
- Original PACE peer review
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.