Report Overview
This R&D report presents calculations of the strength and intensity of the electromagnetic field produced in the interaction of 2.4 GHz WiFi radiation with the Aires C32S resonator microprocessor — the silicon fractal diffraction grating component used in the Aires Guardian (2018 model). The report applies computational electromagnetic field analysis to characterize how the C32S resonator modifies the incident WiFi field in its interaction zone.
WiFi at 2.4 GHz is one of the most pervasive sources of ambient electromagnetic field exposure in contemporary environments — present in virtually every home, office, and public space. Characterizing the C32S resonator’s interaction with this frequency is directly relevant to the device’s primary use case and provides the frequency-specific physics basis for the Guardian model’s performance claims.
Research Team
| Role | Researcher |
|---|---|
| Project Manager | I. Serov |
| Responsible Researcher | K. Korshunov |
| Researcher | I. Soltovskaya |
| Researcher | T. Shamko |
| Consultant | Prof. Dr. of Technical Sciences A. Kopyltsov |
| Consultant | Prof. Department of Physics Dr. A. Jukna |
Device: Aires C32S Resonator
The C32S is the resonator microprocessor configuration used in the Aires Guardian. Like all Aires resonator models, it is based on a silicon crystal substrate with a self-affine fractal diffraction grating pattern etched on its surface (Patent No. 2312384). The “C32S” designation refers to the specific geometric configuration of the fractal pattern, optimized for interaction across the WiFi and broader consumer device frequency spectrum.
The Aires Guardian is designed for stationary use — protecting a room or workspace — as distinct from the personal carry/attach devices in the Lifetune product line. The C32S resonator’s interaction parameters at 2.4 GHz are specifically relevant to characterizing the Guardian’s performance in WiFi-dense environments.
Key Findings
Context Within the Lab Report Series
This C32S report is one of a series of equivalent R&D reports characterizing different Aires resonator configurations at their relevant operating frequencies. The C16S and C28S reports address other microprocessor configurations used in different Aires products, using the same methodology applied to their respective frequency ranges and geometric parameters. Together these reports provide product-by-product electromagnetic characterization of the full Aires resonator family.