Aires EEG and Brain Research: Published Findings and Original Studies
Aires EEG and Brain Research: Published Findings and Original Studies
Aires’ human neurophysiology research follows brain activity across generations of resonator technology, from early optical matrices and Aires Shield devices to Lifetune ONE. The latest journal publication, by Vladimir N. Sysoev and Dzhina Yu. Budko in 2026, reports EEG recovery after initial mobile-phone-associated activation and increased coherence following seven days of regular use with Lifetune ONE.
2026: Lifetune ONE in the peer-reviewed journal record
The study appears in Psychophysiology News, 2026, issue 1, pages 95–104. The journal records submission, approval after peer review and acceptance for publication. The protocol combines 16-channel EEG with ECG, heart-rate variability and psychophysiological measurements, including an assessment after seven days of device use.
- EEG recovery: the authors describe initial activation followed by a return to background EEG parameters over the next four minutes in the presence of Lifetune ONE.
- Coherence: the analysis reports values of 0.4 with the resonator and 0.7 after seven days of regular use, mainly through slow-wave activity. Coherence describes the relationship between recorded brain signals.
- Autonomic regulation: the reported LF/HF mean moved from 1.5 to 0.8 in the resonator condition. The authors describe the rhythmocardiographic results as trends and report p = 0.05 for the seven-day Lüscher vegetative-index comparison.
The authors conclude that prolonged phone use with the resonator helps stabilize functional state. The paper also reports nonsignificant group comparisons for several alpha-band and HRV measures; its tables identify the particular endpoints and comparisons behind the findings.
Read the 2026 study summary, protocol and peer-review history · Read the original journal publication, pages 95–104.
Follow the research from report to publication
The archive preserves the 2024 VMA report and 2025 English manuscript alongside the final Sysoev–Budko publication. These connected records make the development of the protocol, results and publication history available for direct examination.
Original 2024 report (PDF) · 2025 English manuscript (DOCX) · Study-version and citation guide.
Decades of EEG investigations
The research archive follows changes in brain activity under defined exposure and device conditions. Each record identifies the technology used, allowing readers to trace the progression from early interventions to later resonators.
- Bekhterev Institute, 2002: optical fractal matrices and EEG
- Rybina, 2003: comparative EEG investigation of devices during phone exposure
- Rybina, Ivanov and Alexandrov: the BIP EEG investigation
- Sysoev and Serov: Aires Shield and GSM900
- Rybina and Alexandrov: Aires Shield and mobile-phone EEG
- 2019: Aires Shield Pro and cerebral bioelectrical activity
- Rybina, 2020: mobile-phone and resonator EEG
- Rybina, 2020: Lifetune EEG investigation in adults aged 40–60
The researchers and the wider scientific program
Follow Vladimir N. Sysoev’s publication record, Larisa A. Rybina’s EEG investigations and Igor N. Serov’s work connecting resonator physics and biology. The human research guide connects EEG with cardiovascular and HRV measurements.
The same research program extends into direct infrared measurements of the patterned silicon surface and the 2025 Lifetune Zone Max rat investigation. Together, the physical and biological records test successive levels of the environmental-tuning thesis: the engineered surface, its electromagnetic interaction and the measured response of living systems.
Research overview · Full research archive · Original-source evidence library.
Updated October 26, 2026 · Josh, Aires. Original research and peer-review records are credited to their authors and linked above.