Prof. Dr. Gennady N. Lukyanov
Professor, Doctor of Technical Sciences — ITMO University, St. Petersburg
Institution: ITMO University, St. Petersburg (National Research University of Information Technologies, Mechanics and Optics)
Role: Dean of the Faculty of Physical Engineering; Head of the Department of Electronics
Publications: 136+ publications and research projects (1971–2018+)
ITMO profile: ifmo.ru/en/viewperson/265/Gennady_Lukianov.htm
ResearchGate: researchgate.net/profile/Gennadi_Lukyanov2
Background
Prof. Dr. Gennady Lukyanov is a physicist and engineer at ITMO University in St. Petersburg — one of Russia's leading research universities, ranked among the top in information technology and photonics. He serves as Dean of the Faculty of Physical Engineering and Head of the Department of Electronics. His research spans over five decades (publications from 1971 to the present), covering sensorics, measurement physics, material properties, quantum mechanics, microelectronics, and heat flux sensing systems.
Key research areas include: physical basis of sensorics, methods for measuring physical values, quantum mechanics and statistical physics, information and measurement systems, heat flux sensor innovation, and analysis of human respiratory processes. His work has led to the development of novel sensor technologies used in industrial and research applications.
Contributions to Aires Research
Prof. Lukyanov is one of the most prolific contributors to the theoretical and computational basis of Aires technology. His work with Igor Serov and the ITMO research group spans from the early fractal surface characterization studies through to the 2026 thermal imaging confirmation of the resonator's near-black-body cavity properties.
Generator Properties Study: Documented the generator properties of the Aires resonator matrix, establishing the mechanism by which the self-affine surface produces broadband coherent electromagnetic radiation. Read study →
Distributed Computing Study (2016): Co-authored peer-reviewed study on distributed computing of electromagnetic radiation interaction with structured surfaces. Read study →
Springer 2022 (Part 1 of 2): Lead author of the Springer LNNS paper "Computer Simulation of the Response of a Semiconductor Wafer with a Self-Affine Pattern to Electromagnetic Radiation" — the first published simulation of the Aires resonator's EMF response in an indexed academic journal. Read study →
ICICT 2026 Thermal Imaging (Part 2 of 2): Lead author of the 2026 thermal imaging study proving that the Aires resonator self-affine surface behaves as a near-black-body cavity — the physical confirmation of the 2022 computer simulation predictions. Read study →
ITELMS 2018: Co-author of the peer-reviewed paper on circular fractal structure interaction with gigahertz electromagnetic waves. Read study →