Electroencephalogram Parameters and the Aires Resonator — Sysoev

Por M. Sysoev

Researcher: M. Sysoev Cluster: EEG & Brain Activity Method: Electroencephalography Independent Study

Study Overview

This study by M. Sysoev examines how mobile phone electromagnetic field (EMF) exposure affects electroencephalogram (EEG) parameters, and the extent to which the presence of an Aires resonator modifies those effects. Conducted independently of parallel work by L. Rybina, this study provides a separate evidentiary basis for the same research question, strengthening the overall body of EEG evidence in the Aires program.

EEG studies are significant because they measure the brain’s direct bioelectrical response to environmental stimuli — in this case, the electromagnetic field produced by an active mobile phone. Changes in EEG frequency band power reflect shifts in neural processing and cortical state that can occur without the subject’s conscious awareness.

Methodology

Subjects were measured under controlled conditions comparing baseline EEG, EEG under mobile phone EMF exposure, and EEG under EMF exposure with an Aires device attached to the phone. The same standard EEG frequency bands were measured: delta, theta, alpha, and beta. Independent replication of the same protocol as concurrent EEG studies allows cross-study comparison of findings.

This study was commissioned by the Aires Human Genome Research Foundation but conducted independently. The Foundation provided test devices and research parameters; methodology, data collection, and conclusions were controlled entirely by the researcher.

Key Findings

Finding 1 — Replication of EMF-Induced EEG Changes In alignment with concurrent research, Sysoev’s study found that mobile phone EMF exposure produced measurable deviations from baseline EEG parameters. The changes were most prominent in the alpha and theta bands, consistent with findings from parallel studies.
Finding 2 — Aires Device Effect Independently Confirmed The presence of the Aires resonator was independently associated with reduced EEG deviation from baseline, providing a separate confirmation of the same effect observed in Rybina’s 2020 study. Independent replication strengthens confidence that the effect is attributable to the device rather than measurement artifact.
Finding 3 — Consistent Pattern Across Frequency Bands The pattern of EMF-induced change and Aires-mediated attenuation was consistent across multiple frequency bands, not limited to a single measure. This suggests a broad influence on the bioelectrical environment rather than a narrow, band-specific effect.

Scientific Context

The value of this study lies in its independence. Where a single study might reflect researcher-specific methodological choices or measurement conditions, two independently conducted studies using the same protocol and arriving at consistent conclusions substantially increase the credibility of both findings.

Sysoev subsequently co-authored a joint study with Rybina in 2025, the most recent EEG research in the Aires program. That study builds on both researchers’ earlier independent work and represents the current state of the EEG evidence base.

The mechanism proposed across all EEG studies in this cluster: the Aires fractal diffraction grating (Patent No. 2312384) coherently transforms incident EMF via a resonant microprocessor matrix, producing a transformed field that preserves signal information while reducing the biological disruption measurable in EEG parameters.

Related Research

Researcher Profile: M. Sysoev EEG & Brain Activity Cluster ← All Research

Etiquetas: Brain Activity, EEG, EMF Research, Independent Study, Mobile Phone, Peer Reviewed