Physics & Engineering Validation | Aires Resonator Research – airestech

Physics & Engineering Research — Aires Resonator Validation

Physics & Engineering Research

External laboratory testing, mathematical modeling, and physical experimental validation of the electromagnetic properties of Aires Lifetune resonators. Three independent universities, 2016–2026.

9
Published Studies
3
Universities
2016–2026
Study Period
US Patent
US12239835B2
The mechanism — confirmed by three independent research paths: The Aires resonator is a self-affine fractal diffraction grating on silicon. (1) VGTU external testing: field modification confirmed at 2.4 GHz and 5G; (2) Mathematical modeling (Serov/Kopyltsov/Lukyanov): frequency conversion computed — 6 GHz input → 6.85 & 5.38 GHz output; (3) ICICT 2026 physical experiment (Lukyanov & Makarov, Springer): central fractal surface shows emissivity ≈ 0.8 vs. smooth periphery via Testo 890 thermal imager — first physical confirmation that the self-affine groove geometry drives electron concentration and anomalous electromagnetic behavior.
VGTU External Testing Series (Lithuania)

Three-Phase Independent Laboratory Testing — Vilnius Gediminas Technical University

1

Phase I: EMR Resonator-Converter Baseline Testing — VGTU (2016)

Initial independent electromagnetic characterization at VGTU (now Vilnius Tech). Established baseline measurement protocols and confirmed resonator-field interaction — field modification, not absorption or shielding.

Phase IVGTUindependent testing2016
2

Phase II: Interference Mechanism, Reflection-Mode and Array Testing — VGTU (2017)

Identified the interference mechanism behind the Phase I result: the resonator's reflected wave interferes with the incident wave, producing a new, localized wave with a different frequency and phase — not blocking or absorption. In optical reflection mode (the way the device is actually worn, close to the source), a single resonator showed a 20% average field reduction; four-resonator arrays tested in transmission mode showed 22–25% reduction. Also established Emin, the minimum threshold power needed to trigger the effect.

Phase IIVGTUinterference mechanism2017
3

Phase III: 2D/3D Array Configurations at 2.4 GHz, Optimal Placement — VGTU (2018)

Final-phase validation across 2D and 3D resonator array geometries. Confirmed reproducibility across manufacturing batches.

Phase IIIVGTU2D/3D arrays2018
Mathematical Modeling

Computational Studies

4

Mathematical Modeling: Aires C20S5G Converts 6 GHz WiFi → 6.85 & 5.38 GHz Output — Serov, Korshunov & Kopyltsov (2018)

Simulation of 6 GHz WiFi input produces periodic output at ν₁ = 6.85 GHz and ν₂ = 5.38 GHz — confirming frequency conversion. Published in Engineering Bulletin of the Don, No. 4, 2018.

mathematical modelingfrequency conversionpeer-reviewed
5

Computer Simulation of Lifetune Resonator Response to EMF — Lukyanov, Kopyltsov & Serov (Springer ICICT 2022)

Springer Lecture Notes in Networks and Systems (ICICT 2022). doi:10.1007/978-981-19-1607-6_7. ITMO University, St. Petersburg.

computer simulationSpringerICICT 2022ITMO University
6

ITMO Stage 2 Report (2025): Multi-Resonator Array Modeling + Thermal Imaging Validation

4- and 6-resonator arrays produce significantly greater response amplitude than single resonators. Thermal imaging (Testo 890) confirms model predictions. ITMO University, 2025.

multi-resonator arraysthermal imagingITMO Stage 22025
Physical Experimental Validation

Experimental Confirmation — ICICT 2026, Springer Nature

7

Experimental Study of the Behavior of a Silicon Wafer with Self-Affine Surface Relief During Periodic Heating and Cooling — Lukyanov & Makarov, ITMO University (ICICT 2026, Springer)

First physical experimental validation of the resonator model. Using a Peltier battery and Testo 890 thermal imager, researchers confirmed the grooved central region of the Lifetune wafer shows emissivity ≈ 0.8 (near-blackbody) vs. the smooth periphery — despite identical actual temperatures. Groove geometry alone cannot account for this (0.2 μm grooves cannot absorb 8–14 μm radiation); the mechanism is electron concentration in the semiconductor grooves driven by the self-affine geometry. Confirms the adequacy of the electromagnetic interaction model from prior simulations. Springer LNNS, Vol. 2029, pp. 54–63. DOI: 10.1007/978-3-032-28964-3_5. Open access CC BY-NC-ND 4.0.

physical experimentthermal imagingemissivitySpringerICICT 2026open access
Technical Explainer
8

Prof. Lukyanov Technical Q&A: How the Aires Resonator Works (ITMO University)

Prof. G.N. Lukyanov (Doctor of Technical Sciences, ITMO) answers 4 technical questions about the counter-field mechanism, Fourier filter cascade, and computed E_max values.

mechanism of actionFourier filterITMO
Patent
9

Granted US Patent US12239835B2 — Coherent EMF Transformation Method (Serov / American Aires Inc.)

Filed October 2019. Granted March 4, 2025. Covers coherent field transformation at 2.4 GHz through 28 GHz. Expires December 13, 2040.

US patentUS12239835B2granted 2025
The biology behind the physics: Two key articles on why field structure matters for biological systems: DNA as a Fractal Antenna (Blank & Goodman, 2011) — Columbia University's finding that DNA's fractal geometry makes field structure, not just intensity, the biologically relevant variable. Not Random: The Fractal Architecture That Connects DNA, EMF, and Aires — the design origin and complete causal chain.

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