Aires Tech's approach to product development is rooted in established physics and mathematics. The design of Aires resonators is built on mathematical models of how electromagnetic radiation interacts with the silicon resonator wafer and how EMF waves interact with one another through diffraction and interference. This article explains how that science was validated through independent peer review.

How Aires Technology Works: The Physics Foundation

Aires resonators are passive silicon semiconductor wafers etched with a fractal diffraction pattern. When RF fields from WiFi, mobile phones, or Bluetooth devices interact with the resonator, the fractal geometry creates diffraction effects: the wave's phase structure, polarization, and amplitude-frequency characteristics are modified through destructive and constructive interference. The modified field retains its information-carrying function but exhibits different coherence properties. This interaction follows electromagnetic wave theory described by Maxwell's equations.

Computer simulation reports documenting these field interactions are publicly available at airestech.com/pages/research-physics-engineering.

Related Applications of Wave Diffraction and Interference

Other research institutions have published work using similar wave diffraction and interference principles. The Vienna University of Technology published research into how terahertz waves interfere when they hit a specially coded thin plastic plate to form a specific holographic image. Researchers at Tohoku University developed a tunable filter using a Fabry-Perot interferometer that controls wave interactions to filter selected frequencies. These are well-established mechanisms in optics and electromagnetic engineering, the same class of physics underlying the Aires fractal resonator design.

The Peer Review Process

Peer review ensures that research protocols, underlying assumptions, and mathematical models are evaluated by independent experts outside the organization. For Aires Tech, this process occurred through multiple independent pathways.

Our core research underwent peer review by the Planetary Association for Clean Energy (PACE), an internationally recognized institution in Special Consultative Status with the UN Economic and Social Council (ECOSOC). Seven independent peer reviews were conducted through this process. All findings are available at airestech.com/pages/research-overview.

As a publicly traded company, Aires Tech has also undergone stringent evaluations from investment banks, regulatory bodies, and securities exchanges that reviewed the scientific claims we make. This external accountability adds a layer of scrutiny beyond typical peer review: parties with significant reputations at stake examined our research before recommending the company to investors.

Independent Expert Involvement

In addition to institutional peer review, Aires Tech has collaborated with independent scientists and clinicians. Neuroscientist Dr. Nicholas Dogris conducted EEG assessments comparing brain function under active mobile phone RF exposure with and without an Aires resonator, observing measurable EEG normalization when the device was present. Expert neurologists and functional medicine physicians including Dr. Robert Turner, Dr. Jill Carnahan, and Dr. Leila Doolittle have reviewed the research and device performance independently.

Clinical and Laboratory Evidence

The published research extends beyond computational models to experimental outcomes.

The ITMO/Springer 2022 study (Lukyanov, Kopyltsov, and Serov), presented at the International Congress on Information and Communication Technology (ICICT 2022) in London, documented the fractal resonator's field coherence modulation mechanism at 2.4 GHz using computer simulation and was published in Springer conference proceedings.

The VMA 2024 clinical study at the Military Medical Academy (St. Petersburg) enrolled 24 subjects and measured EEG and ECG during mobile phone RF exposure with and without a Lifetune ONE resonator. EEG frequency band patterns showed measurable normalization when the resonator was present.

The Dyuzhikova 2019 study, published in Ecological Genetics (Russian Academy of Sciences, DOI: 10.17816/ecogen17283-92), examined chromosomal aberration rates in WiFi-exposed rats with and without Aires resonator protection. Aberration frequency dropped from 9.8% to 2.7% (p<0.001) in the protected group.

Continued Research and Development

As RF technology evolves from 3G to 5G and beyond, Aires has updated its resonator specifications to cover current active frequency bands. US Patent US12239835B2 (granted March 2025) covers the fractal resonator design at 2.4 to 28 GHz, encompassing the full current RF spectrum from WiFi through 5G mmWave. Future research will continue exploring new applications and frequency ranges as the wireless environment evolves.